Great ideas for manufacturing improvement come from people in all sorts of roles: quality leaders, operations manager, procurement specialists, all the way up to executive leaders. The sticking point is that many of these people haven’t ever been called to lead the change management process before.  And, if you don’t have experience building internal consensus, you’re going to have trouble getting your great improvement idea across the finish line.

We hear these kind of complaints all the time from customers working their way through internal approval processes:

• “It should be simple, but we’re stuck in analysis paralysis.”
• “Every department has a say, but nobody is driving decisions forward.”
• “We keep revisiting decisions without moving forward.”

This 5-step guide to taming the change management process gives you concrete, no-nonsense guidance for taking your idea from conception to implementation by building strong internal consensus. Let’s get to the nitty gritty! 

Step 1: Identify and strategically engage stakeholders

A successful change management process always involves identifying key stakeholders and engaging them strategically at the right moments. Here are some questions to ask yourself when you’re identifying stakeholders?

• Who will make the final decision? 
• Who will advise the decision maker(s)?
• Who is impacted by the current problem?
• Who will benefit from the proposed change? 
• Who has veto power?

As you look for these people, keep in mind that the change management process often involves stakeholders from across the company, not just in your department. You’ll want to consider that your stakeholders could be in quality assurance, operations, procurement, regulatory affairs, engineering and R&D, or executive leadership. 

And, each stakeholder’s role, both in the organization and in the change management process, affects when and how you should talk to them. You’ll want to think about their context in the company, when they’ll likely play the largest role in the process, and what information they might find most compelling.

Initiating one-on-one conversations with key stakeholders before group discussions to privately address concerns, build rapport, and identify potential support or resistance. And, it puts you in the strongest position to provide everyone with information tailored to their unique concerns at the right time in the process.

Step 2: Clearly define the problem and solution

Clarity and detail are essential elements of a successful change management process. Initiatives commonly fail because the problem and/or solution is perceived differently by each stakeholder or simply misunderstood. So how do you avoid that issue? With concrete, detailed explanations that address shared concerns and goals. 

First, avoid broad, vague statements: 

 “Our labeling system isn’t reliable.” 

Instead, choose details that define the concrete parameters of the problem and its impact: 

“Our team spends significant time correcting labeling errors, resulting in increased regulatory compliance risks and delaying critical production schedules by up to 15%.”

And set clear expectations for the benefits of your proposed solution:

“CleanMark labels are customized for our label applicator machine and production environment, so they will apply and adhere reliably, reducing compliance risk and eliminating production delays due to labeling errors.”

Quantifiable details (like additional cost or production delays) are objective indicators that all teams can rely on to make strong decisions. When you’re choosing which data points to include in your description of the problem and solution, make sure to include information that speaks to all departments that will be part of the final decision. Here are a few to consider:

• Regulatory compliance and audit readiness
• Operational efficiency
• Product quality and integrity
• Cost control and resource optimization
• Competitive advantage and market responsiveness

Step 3: Anticipate and address objections proactively

No one ever made their best case for change while caught off guard. Be proactive about objection response. Put yourself in the shoes of the stakeholders you identified in Step 1. What might they be concerned about? Why? What evidence can you provide to put their minds at ease? And then make sure you have answers — and the documentation to back them up — at the ready. 

Here are some examples:

Notice that in each of these responses, there’s an offer for detailed information to back up the claim that your proposed change will improve the situation from their specific point of view. And remember, relying on concrete, robust data and thorough documentation ( rather than subjective opinions) strengthens your position significantly.

Step 4: Guide the decision-making process

An effective change management process isn’t just about presenting solutions — it involves guiding teams toward collective, well-informed decisions. That means not just providing information, but facilitating productive conversation and ultimately building consensus. 

Here are some approaches many our our customers have found effective:

Comparative analysis matrices

Comparative analysis matrices are valuable tools for clearly outlining and contrasting the current versus proposed scenarios. These matrices help stakeholders visually understand the benefits, risks, costs, and trade-offs associated with each option, enabling more informed, objective decision-making.

Risk-benefit summaries

Risk-benefit summaries provide concise, clear documentation highlighting the potential impacts, opportunities, and consequences of each proposed change. These summaries focus on actionable data, allowing stakeholders to easily assess and balance potential benefits against any identified risks, ensuring transparent and informed decision-making.

Interactive Q&A sessions

Interactive question-and-answer sessions directly engage stakeholders, providing a platform for open dialogue, addressing concerns, and clarifying uncertainties. These sessions help build alignment, reduce misconceptions, and strengthen commitment to the agreed-upon solution by actively involving stakeholders in the decision-making process.

Implementation pilots

Conducting controlled tests or trial runs of the proposed changes provides practical, real-world evidence of effectiveness, enabling stakeholders to validate outcomes and build confidence in broader implementation plans. This approach helps manage risk, demonstrate feasibility, and secure broader organizational buy-in.

Remember, the objective of the change management process is to build clarity, mitigate risks, and secure unified commitment across all stakeholders.

Step 5: Document decisions and ensure follow-up

Effective change management includes maintaining clear documentation, following up on commitments promptly, and ensuring accountability so that decisions lead to tangible actions.

After any meetings, group or individual, send clear follow-up communications detailing:

• Confirmed actions and next steps
• Assigned responsibilities and owners
• Specific timelines and milestones
• Resources and support required from each department

Regular follow-up sessions reinforce accountability, demonstrate progress, prevent stagnation, and maintain momentum.

Need support implementing your change management process?
CleanMark specializes in helping manufacturing leaders implement custom labeling solutions through structured, proven change management processes. We support our customers from solution design to internal approval, implementation, and beyond.

Ready to get your great labeling idea across the finish line? Schedule a consultation with us and one of our team members will walk you through our comprehensive support.

The post 5 steps to tame the change management process appeared first on CleanMarkLabels.

Read on to learn why your process improvement is going off the rails and how to get on the fast track to implementing your smartest initiatives.

Misalignment kills manufacturing process improvement

You’ve identified a smarter way to do things. Maybe that’s an upgrade to traceability protocols, a new label material, or a new sterilization protocol. On paper, it’s a no-brainer. But moving from proposal to implementation is rarely that simple.

In many regulated manufacturing environments (like BioTech and pharma), process improvement isn’t blocked by technical flaws. It’s blocked by internal friction and misunderstandings.

• Siloed priorities — Manufacturing operations cares about efficiency. QA focuses on compliance. Procurement is driven by cost. Without shared priorities, even simple changes can trigger misalignment.
• Information gaps — Leadership may only see the top-line cost. Engineering may not see the compliance benefit. When team leaders are making decisions based on incomplete information, the easiest answer is no.
• Regulatory caution — Even minor changes can raise concerns about revalidation or audit exposure. Without clear documentation, teams often default to the status quo.
• Unclear ownership — Who’s responsible for pushing an improvement through? In many companies, process improvement is everyone’s job — which often means it’s no one’s job.
  

When these blockers are present, even the most promising manufacturing process improvement can sit idle. But there are ways to clear the path.

We help you build a case for process improvement that your entire organization can support

Companies that successfully implement manufacturing process improvements have a clear approach to internal alignment. And when it comes to CleanMark’s customers, we’re a big part of their plan.

We’ve worked with manufacturers across BioTech, pharma, semiconductors, and other highly regulated sectors to design and implement new labeling solutions that improve the efficiency and effectiveness of their manufacturing processes. And we understand that driving process improvements isn’t just about finding the right solution — it’s about building the case in a way your entire organization can support.

Here’s how we help our customers gain consensus around manufacturing process improvements:

Technical data that answers stakeholder questions before they’re asked

We provide the kind of evidence your team needs to feel confident — validation summaries, durability test results, application guidance, and more.

Tailored communications for every stakeholder group

Need a compliance summary for QA? A cost-benefit breakdown for procurement? A change impact outline for operations? We help you tell the story in the right language for each decision-maker.

Support for internal conversations and team presentations

We’ve supported dozens of process improvement initiatives through the internal review process. We’ll join calls, present findings, or help clarify technical concerns — whatever helps keep your project moving forward.

Case study — cryogenic labels

Let’s take a look at a real-world example to see what our support can look like in action.

The challenge

A packaging engineer at a global biotech company needed to improve labeling for cryogenic vials — a high-risk process with tight compliance requirements. CleanMark identified the right solution quickly, but getting it approved required a complex internal approval process. 

The engineer faced questions from QA about long-term adhesion, skepticism from procurement about switching vendors, and requests from regulatory for validation data. He feared the improvement process was stalled for good. 

The CleanMark solution

We understand that approval processes are complex because each stakeholder has unique insight into potential impacts — both positive and negative — that a process change could have on overall operations. We respect that, and we set out not to side-step internal checks, but rather to support our customers as they move through them to feel confident that implementing our solution will be a win for the company. 

In this case, we provided use-case-specific adhesion test results at cryogenic temperatures and co-created a compliance brief that mapped directly to QA and regulatory concerns. We also joined a call with procurement to explain technical requirements and lifecycle cost savings.

The result? Approval in just two weeks — and the new labeling system was validated and in place by the end of the month.

Case studies >> Learn more about how we’ve helped customers succeed 

Ready to see your manufacturing process improvements in action?

Let’s be honest: pushing for process improvements can be lonely.  We’re here to make it easier to  be the one who moves things forward. We know you’re not just trying to solve a problem. You’re trying to create a more reliable process. A more compliant operation. A smarter way of working. That only happens when people say yes. And we can help you get there.

Let’s talk. CleanMark is here to support you not just with custom labels — but with the clarity and coordination needed to bring real improvements to life. Schedule a consultation here.

The post Need help getting your manufacturing process improvement across the finish line? appeared first on CleanMarkLabels.

Read on to discover the top reasons manufacturing operations change initiatives frequently stall and five actionable strategies to help leaders across quality, operations, procurement, and engineering align on smart improvements.

Oops! You’re ready to improve, but not everyone is on board

You’ve identified a better way to run your manufacturing operations. You’re excited and ready to implement the change. But then … you realize not everyone is on board. And you’re back to square one.

In highly regulated sectors like pharmaceuticals, biotech, semiconductors, and medical devices, operational improvements require more than a compelling business case. They demand cross-functional consensus.

Maybe you’re exploring a new labeling system, adopting automation, or refining your quality protocols. The technical solution might be straightforward. But internally, you’ll often face a familiar wall:

• “This isn’t how we’ve always done it.”
• “It’s working well enough for now.”
• “Too much change, too fast.”

Sound familiar?

You’re not alone. Across regulated manufacturing operations, it’s often internal misalignment (not cost, capability, or compliance) that is the number one reason good ideas fail to take hold.

Why manufacturing operations resist change

Regulated environments are optimized for risk control, not agility. That’s necessary when compliance, safety, and product integrity are on the line, but it can also create resistance to upgrades that would otherwise boost performance. 

You might have already run into some of these common progress blockers:

• Siloed priorities — QA, operations, engineering, and procurement often evaluate changes through different lenses.
• Risk aversion — If the current system “works,” teams avoid the perceived exposure of doing things differently.
• Information gaps — Technical, regulatory, or cost-saving benefits may not be clearly communicated across departments.
• Diffuse ownership — When accountability isn’t clear, no one wants to champion the risk.
• Time constraints — Teams are overwhelmed with day-to-day execution and don’t prioritize long-term improvements.

Most ideas don’t fail because they’re wrong. They fail because communication has broken down between teams and individuals. Priorities aren’t shared. Information isn’t distributed. Strategy isn’t discussed. In this environment, change resistance almost always wins out over operational improvements.

Alignment is essential for improvement to manufacturing operations

If you’re in a leadership role in regulated manufacturing, driving operational improvement often means stepping into a change leadership role. Even if it’s not in your job title. Your success depends on your ability to bring diverse stakeholders into the room and build consensus around improvement. What that entails on a tactical level will differ from company to company, but you’ll almost certainly find yourself needing to do flex these muscles:

• Tailor communication to each department’s priorities
• Anticipate and proactively address compliance and cost concerns
• Show how the change enhances audit readiness, throughput, or product quality
• Minimize perceived disruption to ongoing operations.

Five strategies to build consensus around improvements to manufacturing operations

If you’re not typically in a consensus building role, it can feel a little intimidating to think about trying to persuade colleagues, and even supervisors, that your idea for improvement is the right one for the company. But we have some tips that make it simpler and less stressful.

1. Map your stakeholders early and identify their needs

You can’t build consensus if you don’t know who you’re building consensus with. And remember, stakeholders aren’t just people who will make the decisions, they’re all people who could influence or block the decision. Some common teams to consider when identifying your stakeholders are below:

• Operations 
• Quality assurance
• Engineering
• Procurement
• Regulatory affairs
• IT or automation

Once you know who your stakeholders are, you’ll want to ask yourself, “What are their metrics? What risks do they worry about? What outcomes matter most to them?” If you can see the issue from their perspective, you’ll be in a better position to explain the benefits of the improvement in terms they can understand. 

Read more >> Eight people who should always be part of your label design process

2. Frame the problem in operational terms that resonate

Every stakeholder has to look at the bigger picture in order for improvements in manufacturing operations to work. And that includes you. 

As you explain the problem and the benefit of your proposed change, remember that it’s not about your department’s frustration. It’s about the bigger picture — the benefits to the company as a whole. Sometimes it’s just a matter of providing a little context.

• Don’t saying: “These labels don’t hold up in cryogenic storage.”
• Say: “We’ve had traceability issues during cryogenic storage that could affect audit outcomes. A labeling upgrade could eliminate this risk.”

Leading with company-wide impact instead of department specific problems or implementation details quickly shows people what the company, and thus they, have to gain. 

3. Highlight the positive impact for each stakeholder

Remember the risk aversion we mentioned earlier? The potential benefit of improvements has to be big enough to tempt people into being willing to take on a little added risk. Every stakeholder should see how the change supports their goals. 

• Faster throughput
• Fewer errors or rework
• Lower total cost of quality
• Stronger audit performance
• Easier collaboration across departments

Paint a clear picture of how the proposed improvement will affect their portion of manufacturing operations. Give concrete metrics and be specific about which pain points your change will alleviate. 

4. Bring external validation

Data is the best persuasion, and internal analysis is powerful. Bolstering it with outside data can be the push you need to get a project approved and implemented. Here are a few types of information you’ll want to gather in support of your proposed improvements:

• Benchmark data
• Industry case studies
• Compliance alignment summaries
• Side-by-side comparisons
• Test results and pilot data

Outside evidence increases the credibility of your proposal, and it helps your QA and regulatory teams move faster. That’s a win for everyone. 

5. Make it easy to say yes

Even if your team thinks you’re on to something, they’re not going to say yes unless they see a clear path from approval to implementation to results. These are a few tools you can provide to decision-makers to help them see the clear path from their “yes” to successful results:

• Executive summary of options
• Cost-benefit analysis
• Pilot or phased implementation roadmap
• Talking points for internal presentation
• Risk-mitigation plan

The easier it is to understand and act on, the faster your proposal will move.

Strong progress help you drive progress across manufacturing operations

At CleanMark, we work with manufacturing leaders across pharma, biotech, semiconductors, and medical devices who are navigating complex decisions in regulated environments.

Our labeling solutions are designed not only for technical performance but for operational alignment. Whether you’re solving a traceability challenge or updating your documentation process, we help you make the case internally — with data, documentation, and implementation support.
If you’re working on a labeling change that will improve your manufacturing operations but are struggling to get traction, let’s talk. We’ll help you move from proposal to progress.

The post Manufacturing operations: why smart improvements stall and how to get them moving again appeared first on CleanMarkLabels.

Presented annually by the Tag and Label Manufacturers Institute (TLMI), the Eugene Singer Award is one of the labeling industry’s highest honors. It recognizes companies that consistently demonstrate superior financial and operational performance, as measured by TLMI’s Management Ratio Study.

“At CleanMark, we have a guiding belief that financial results follow customer results,” said David Baker, CEO of CleanMark. “Whether that means accelerating a cancer therapy to trial, driving innovation in microchip technology, or solving a unique challenge, we do everything in our power to support our customers’ mission.”

CleanMark received top honors in the small company category, joining a select group of label converters recognized for exceptional performance. The company supports industry-leading customers in the pharmaceutical, semiconductor, biotechnology, and advanced manufacturing sectors by delivering engineered labeling solutions designed to perform in extreme conditions, from cryogenic storage to ultra-clean environments.

“2024 was a year of growth for CleanMark, not just in the business, but in our people,” added Baker. “Our team took on new challenges, stepped into bigger opportunities, and delivered with the same precision and commitment our customers count on.”

CleanMark’s operational excellence is the result of a highly engaged team, disciplined systems, and a culture built around responsiveness, quality, and long-term partnership. The company’s seventh Eugene Singer Award win reinforces its position as a trusted partner for compliant labeling solutions in high-stakes, highly regulated environments.

“I want to thank our customers for putting their trust in CleanMark,” added Baker. “Your work inspires us. We’re proud to play a role in helping you achieve breakthroughs that matter.”

The post CleanMark wins prestigious Eugene Singer Award for seventh time appeared first on CleanMarkLabels.

Semiconductor clean room labels can be more than a safeguard, though. They can be engineered to include features that facilitate quality control, increase traceability, and document compliance to streamline your operations. 

Read on to learn how custom-engineered labels can optimize your clean room processes and protect your sensitive manufacturing environments. 

Common types of semiconductor clean room labels

The thing about labels is you don’t notice them, but they’re everywhere, particularly in high-tech manufacturing environments. Here are just a few types of labels you’re likely to see in a semiconductor clean room.

Process control labels

These labels enable accurate tracking of wafers, chips, and components throughout various manufacturing stages, ensuring precise identification and preventing errors or mix-ups during complex production processes.

Compliance and safety labels

Regulatory standards for semiconductor clean rooms (ISO, OSHA, and ANSI, for example) are strict. Labels clearly communicate safety procedures, contamination control measures, and any other restrictions or procedures needed to maintain compliance and safeguard employees and equipment.

Inventory labels

Traceability is the key to inventory optimization. QR and barcode labels ensure accurate record keeping throughout the semiconductor manufacturing lifestyle and streamline inventory control, decreasing waste and increasing production speed. 

Pro tip >> Printable labels make inventory and process tracking a cinch!

Unique challenges of a semiconductor clean room

There are two categories of challenges for semiconductor clean room labels. The first is the tight restrictions on contaminants and the second is exposure to extreme conditions like high and low temperatures, harsh chemicals, and moisture.

In order for a semiconductor clean room label to be successful, it must

• Shed few or no particles
• Be free of outside contaminants
• Remain legible in harsh conditions
• Adhere reliably and remove without residue
• Include features like QR codes or sterilization indicators as needed

That’s a tall order, and one you’re unlikely to find off the shelf.

Off-the-shelf labels are more expensive than you think

When you’re calculating the cost of a semiconductor clean room label, it’s easy to look only at the number at the bottom of the invoice. But that is far from the only financial impact of a label. Off-the-shelf, poorly designed, or low quality semiconductor clean room labels can cost you far more than their purchase price.

Design mistakes 

During production, bad design decisions can increase the cost of semiconductor clean room labels before they ever arrive at your facility. Labels that aren’t laid out efficiently on the sheet or roll leave valuable specialized materials on the production floor. And, inexperienced label producers may choose unnecessarily expensive options when there’s a more affordable but equally effective option.

Print and application errors

Semiconductor clean room labels that aren’t designed specifically for your printer or automatic label applicator fail often, jamming up expensive machines, wasting labels, and ultimately slowing down your entire production process. 

Safety risks and tracking errors

There aren’t any unimportant labels in a semiconductor clean room. That means when a label falls off or becomes unreadable, it’s a problem. Worn or missing warning and equipment labels can lead to dangerous accidents, and unreadable tracking labels cause costly delays and incorrect processing. 

Contamination

One improperly cleaned or manufactured label can contaminate entire batches of product, causing delays and product issues that slow down production and hurt customer trust. It’s an expensive combination. 

Custom semiconductor clean room labels are reliable and efficient

How do you avoid all those hidden costs? Custom-engineered labels. A tailored label ensures durability in your unique environment and processes, cleanroom compatibility, and custom components that are optimized for your processes. So you know you’re truly only paying whatever is on the invoice.

And, where off-the-shelf labels bring hidden costs, custom-engineered solutions bring hidden value. If you work with the right label partner, you’re not just buying a single label, you’re entering into a partnership with a labeling expert who can ensure that your labels are optimized as your processes evolve and grow over the years.

Test drive >> Explore possibilities with our custom label generator

Key design considerations for custom semiconductor clean room labels

Once you’ve decided to go with custom labels, it’s time to start thinking about what exactly your label needs to do, and which label features will let it do its job. A few key aspects you’ll want to take into account.

Materials

Semiconductor clean room labels need to use materials that are low-outgassing and particle-free. And, they must be resistant to environmental factors that could degrade the label. Specialty adhesives, facestocks, and coatings formulated for your unique challenges will ensure that your labels remain adhered and legible throughout their lifetimes. 

Printing

While some semiconductor clean room labels can be factory printed during production, others need to be printed on site. This is especially true of tracking labels that contain variable information like serial numbers, QR codes, or barcodes. Many clean rooms use direct thermal printing technology, but thermal transfer ribbons can also be cleaned for use in sensitive environments. 

Format, shape, and size

Once you’ve chosen the right materials and know how you’ll print your labels, you’ll want to think about how to format the information as well as what shape and size the label should be. Some industry standards require information to be presented in a specific way for clarity and readability. Shape and size are important factors not just for efficient production and placement, but also for adhesion on curved surfaces. 

Choosing the right label partner

Custom semiconductor clean room labels can only be as good as the label producer who designed them. 

CleanMark was the first to design and manufacture cleanroom-specific labels. 40 years later, we’re still at the cutting edge of cleanroom labeling technology, producing industry leading cleanroom labels, tags, and tape. When you partner with us, we’re committed to supporting you as your labeling needs change and grow so you never have to worry about a label slowing you down.

Our team is excited to show you how a simple label can up your semiconductor manufacturing game. Schedule a free consultation and we’ll show you how! 

The post Semiconductor clean room labels ensure traceability, compliance, and contamination control appeared first on CleanMarkLabels.

But who are these people? Read on to learn who we recommend you include on your label design team from day one and why. 

Production or manufacturing manager

Your production or manufacturing manager has the contextual understanding to make sure your new labeling solution fits smoothly into your existing workflow. They know your assembly line’s daily challenges (like where a label can be placed on a product without slowing things down, or how labels might react to chemicals or cryogenic temperatures).  By involving them early, you reduce the risk of downtime during new label implementation.

Quality assurance (QA) specialist

When you’re making or tracking thousands of parts, it’s vital that every label holds up during handling, storage, or transport. A QA specialist can test labels to confirm they stay readable under real-world conditions. From exposure to heat and moisture to general wear and tear, QA focuses on guaranteeing that your labels will stand the test of time. Their oversight helps you avoid issues like faded barcodes or peeling stickers that might lead to errors in tracking or returns from unhappy customers.

Compliance or regulatory officer

If you operate in a regulated industry — like pharmaceuticals, BioTech, or automotive manufacturing — this person will make sure your labels meet all the required laws and guidelines. By consulting them early, you don’t have to worry about revising labels at the last minute due to a missing safety symbol or incorrect language. Their job is to protect you from fines, recalls, and the headache of dealing with legal violations.

Engineering or R&D manager

Sometimes labeling isn’t as simple as sticking a label on a box. In high-tech or high-stress environments, where products are exposed to extreme heat or corrosive substances, for example, an engineering or R&D manager can advise on the right adhesives, coating materials, or protective layers. They also help you figure out whether certain labels need advanced technologies such as RFID or specialized barcodes. Their technical expertise keeps you from adopting a solution that might fail in harsh conditions.

Pro tip >> Don’t have an engineer who specializes in labels on hand? CleanMark’s team can make sure your labels are customized for your unique use case.

IT or software specialist

If your labels require data, like batch numbers, expiration dates, or sequential serial codes, an IT specialist can help link your label printers to any databases or software you’re using. This integration saves time and reduces errors because the system can automatically fill in the correct information. It also means you can track products more efficiently. By involving IT as soon as possible, you’ll avoid compatibility headaches and keep your production data accurate and up to date.

Project manager

A Project Manager (PM) is your organizational anchor, making sure every part of the labeling project runs on schedule and within budget. They coordinate meetings, track deadlines, and clarify what’s needed from each person. With a strong PM’s oversight, you won’t risk overlooking something critical. Their work keeps everyone aligned and focused on a successful, on-time rollout.

Procurement or purchasing team

While you might not think about procurement right away, these folks are responsible for finding and buying both the labels themselves and any additional equipment, such as automatic applicators, that you’ll need to implement them into your workflow.  They manage relationships with suppliers, make sure that new orders arrive when you need them to, and check that you’re not paying more than necessary. Their guidance is especially useful if you’re aiming for bulk discounts or if you need specialty items that only certain vendors can supply.

A reliable label producer — like CleanMark!

The reality is that most companies don’t have the expertise, time, or equipment to design their own labels. That’s why one of the most important members of your team is an experienced label producer. Partnering with CleanMark’s team of label experts puts practical, first-hand expertise at your fingertips. Our team has guided countless projects across various industries, so we’re able to recommend tried-and-true materials, adhesives, and printing techniques that truly fit your needs. We also provide samples and prototypes for real-world testing, so you can verify how our custom labels perform in your environment before you commit to a large-scale order. 

Ready to assemble your label design team? 

When you build the right label design team from day one, you have the advantage of having insights from across your organization. This cross-team approach means fewer last-minute surprises, smoother daily operations, and stronger peace of mind. Whether you’re tracking batches of components, shipping materials across the country, or complying with strict industry regulations, having the right stakeholders in place makes the entire labeling project both simpler and more successful. 

And, with CleanMark at your side, you’ll be equipped with expert guidance and quality materials every step of the way, ensuring that your industrial labeling solution is built to last.

Let’s get started! Schedule your consultation with one of our label experts today.

The post 8 people who should always be part of your label design process appeared first on CleanMarkLabels.

Four key considerations for inventory labels and tags

You need your inventory labels to perform flawlessly in your specific processes and environment. There’s a lot to consider, though. Will your inventory labels be exposed to moisture? Do your inventory tags need to withstand abrasion? Will they be used in clean or aseptic environments? Rather than tackling every factor individually, it’s helpful to use these four key considerations in your decision making process.

Environmental factors

Research and manufacturing processes often happen in challenging environments. Sure, a standard inventory label might do fine at room temperature with average humidity level, but once you expose it to chemicals or cryogenic temperature? All bets are off. That’s why considering the durability of your inventory labels or tags is essential. 

Chemical exposure — From auto lubricants to IPA cleaning in medical settings, chemical resistance is a key factor to consider.

Extreme temperatures — Any temperature above or below room temperature can degrade labels that aren’t specifically designed for that environment. Consider if your inventory labels or tags will be exposed to high heat or cryogenic storage.

Abrasion — Physical abrasion can quickly render a label unreadable. Ensuring that your inventory labels have an appropriate anti-abrasion coating or lamination will safeguard your tracking capability. 

Moisture — Steam, condensation, and wet cleaning processes all can break down inventory labels and tags quickly if they’re not designed with waterproof label materials. 

UV exposure — Will you inventory labels and tags be used outdoors or exposed to UV sterilization processes? You’ll want to ensure you choose a printing method that can withstand these stresses.

Adhesion needs

If you’re going with inventory labels rather than tags, you’ll need to consider what surface the labels must adhere to and for what period of time. And, if adhesion is difficult or inconvenient for your processes, you’ll want to consider inventory tags that have a non-adhesive attachment point.

Target surface — Whether your target surface is rough or smooth, metal or cardboard, cold or hot, you’ll want to think about where your inventory labels need to stick and choose an appropriate adhesive.

Permanent, temporary or removable — Understanding if your inventory labels need to stay put for long periods of time, remove without any residue left over, or have the ability to be repositioned is an important step toward choosing the right option.

Printability

Inventory labels and tags typically require variable printing to accommodate individualized tracking data. There are a number of ways to accomplish this type of printing, each with its own pros and cons. 

Partial factory printing — If there are common elements that will be present on all your tracking labels or tags, partial factory printing may save you time and cost.

Tracking elements — Will you be including serial numbers, bar codes, or QR codes? If so, you’ll want to choose a printing method that achieves adequate sharpness for reliable machine reading.

Thermal, inkjet, or laser — Consider if you’ll want to print in color, how long your inventory labels or tags need to remain in use, and whether you’ll be printing on site when deciding which printing method is right for you.

When you get inventory labels and tags right, the payoffs are big

All that is a lot to think about for a few labels or tags, but the impact is bigger than you might think. Implementing inventory labels or tags that are optimized for your exact procedures and environment means less waste, more speed, and reduced regulatory risk.

Reduced waste

Effective inventory labeling reduces waste by improving accuracy, preventing errors, and optimizing resource utilization. In manufacturing, properly labeled raw materials, components, and finished products ensure that inventory is used efficiently, reducing the risk of misplacements, production bottlenecks, or spoilage due to expired or incorrect materials. In research settings, precise labeling of samples, reagents, and test materials prevents costly mix-ups that could lead to failed experiments or invalid results. 

Increased speed

Inventory labels also enable faster decision making and smoother workflows, speeding up both manufacturing and research operations. Clearly labeled components and products enable fast, accurate identification and tracking and reduce downtime by ensuring the right parts can be quickly identified, preventing delays in assembly lines and supply chain processes. Technologies like barcode and RFID labels further accelerate operations by enabling rapid scanning and real-time inventory updates, reducing time spent on data entry and verification. 

Reduced regulatory risk

Inventory labels and tags help businesses and research facilities meet strict regulatory requirements by ensuring proper identification, tracking, and documentation. In manufacturing, industries like pharmaceuticals, BioTetch, and food and beverage production rely on labels with barcodes, batch numbers, and expiration dates to comply with FDA, ISO, and OSHA standards, reducing the risk of non-compliance, fines, and operational disruptions.

Customization ensures your inventory labels and tags function flawlessly

Whether you’re looking to implement inventory labels or tags for the first time or are using a solution that isn’t performing well and are looking to upgrade, it can be overwhelming to try to find the right inventory solution on your own — first and foremost because there’s rarely if ever an out-of-the-box solution that works well.

What you need is a custom inventory label or tag. And that’s where CleanMark comes in. Our team of experienced label experts makes the process simple and stress free. We use our three-point customization process to assess your needs and propose an inventory label or tag that will perform efficiently and reliably. 

The first step in the process is to tell us a little about what you need and schedule your free consultation. Our team will get right to work designing an inventory labeling solution for your unique situation.

The post How to choose the right inventory labels or tags appeared first on CleanMarkLabels.

The high cost of medication errors

Medication errors — many of which result from ineffectively designed or poor-quality labeling — can have severe consequences for patient safety and healthcare outcomes. 

Patient harm

Inaccurate or misleading medication labels can cause patients to receive incorrect dosages or wrong medications, resulting in harm or even death. The Institute of Medicine (IOM) reported that medication errors, including those due to labeling issues, contribute to approximately 7,000 deaths annually in the United States alone.

Increased healthcare costs

Medication errors impose a substantial financial burden on healthcare organizations — approximately $42 billion USD annually or 1% of total global health expenditure, according to World Health Organization estimates.

Loss of patient trust

When patients experience harm due to medication errors caused by ineffective medication labels, it reduces trust in healthcare providers and the medical system, negatively impacting health outcomes and the success of healthcare providers.

Legal and professional repercussions

Healthcare professionals and organizations involved in medication errors may face legal actions, professional disciplinary measures, and damage to their reputations, which can be costly both in the short and long term. 

Creating perfect medication labels is challenging

Medical labels have to be exceptionally multi-functional. They must convey complex information clearly to protect customer safety, endure cold and moisture during storage and shipping, withstand sterilization, and contain tracking and other information mandated by government regulations like the U.S. Food and Drug Administration (FDA) and the European Medicines Agency (EMA).

While standard labels might accomplish one of these goals, they rarely can deliver on all of them. Poor legibility, inadequate adhesives, or materials that fail during cold storage or high humidity can compromise patient safety and lead to costly errors. 

Medical label durability and legibility

Medical facilities are filled with environments that can deteriorate poorly designed labels. Heat, moisture and chemical exposure during sterilization can cause adhesives to fail and label surfaces to wear, reducing or eliminating legibility. Cold storage and its associated moisture can have similarly damaging effects. 

Medication mix-ups

Confusion between medications with similar names — known as look-alike, sound-alike (LASA) errors — is a leading cause of dangerous errors in medical settings and can be exacerbated by poor font choice, confusing label design, and surface degradation that reduces legibility.

Regulatory demands

In addition to patient and safety information, a number of important medication regulations require labels to include tracking elements like bar codes or batch numbers that require variable or on-site printing and must maintain print sharpness in order to be reliably scanned. 

Custom medical labels satisfy all pharmaceutical labeling requirements and then some

Unlike standard labels, custom labels are tailored to meet the unique requirements of medication labels, providing several key advantages:

Enhanced durability and adhesion

Healthcare environments often involve exposure to extreme temperatures, moisture, and chemicals. Custom labels are engineered with specialized materials and adhesives to withstand these harsh conditions, ensuring that they remain intact and legible throughout the product’s lifecycle. 

• Cold and moisture durable adhesives
• Chemical resistant coatings or lamination
• Synthetic liners and facestocks
• Autoclave durable materials

Compliance with regulatory standards

Custom labels can be designed to include all necessary information, such as dosage instructions, expiration dates, and batch numbers, in formats that comply with agencies like the FDA and EMA. 

• Variable batch printing
• Barcodes
• QR codes

Prevention of medication errors

Clear and accurate labeling is vital to prevent medication errors. Custom labels can incorporate features like color coding, highly-legible fonts, barcodes, and QR codes to facilitate quick and accurate identification of medications, thereby reducing the risk of administering the wrong drug or dosage.

• Inkjet, laser, and thermal printing options
• Partial or full printing
• 4-color or black and white
• On-site printing

Sterilization indicators

Custom labels can integrate sterilization indicators providing clear visual confirmation that the sterilization process has been completed.

• Autoclave
• EtO sterilization
• Gamma irradiation 

Improved efficiency

Custom labels can be designed for compatibility with common printing technologies and application processes, streamlining production workflows. 

• Increased traceability
• Variable printing
• Optimized for automatic application

Pro tip >> Learn which printing technology is right for your setting. 

Choosing the right medication label company

Choosing the right label company is essential when it comes to ensuring the safety, compliance, and efficiency of your medication labels. 

CleanMark brings unparalleled expertise and experience in designing and producing medication labels that meet the stringent requirements of the pharmaceutical industry. Our team understands the complexities of regulatory compliance, environmental durability, and operational efficiency, allowing us to deliver solutions that perform flawlessly in your unique environment.

Whether you need labels that can withstand extreme temperatures, integrated sterilization indicators, or enhanced traceability with barcodes and QR codes, CleanMark has the technical know-how and state-of-the-art materials to deliver results. 

Our team of label experts is waiting. Schedule your consultation here. 

References

• “A systematic literature review on strategies to avoid look-alike errors of labels”
• Medication safety for look-alike, sound-alike medicines
• Guideline on the packaging information of medicinal products for human use authorized by the union
• To Err is Human: Building a Safer Health System
• Medication Without Harm

The post Medication labels: why customization matters appeared first on CleanMarkLabels.

Labeling requirements for implantable medical devices

Regulatory bodies such as the US Food and Drug Administration (FDA) and the European Commission require specific labeling elements to ensure that essential device information is clearly communicated, reducing risks associated with improper use, storage, or handling. Standards set by the International Organization for Standardization provide companies with concrete guidelines to help them meet these global regulations. 

Read on to learn which ISO standards apply directly to implantable medical devices, and how they relate to label features such as durability, sterility, and adhesion. 

ISO standards for medical device labels

Five sets of ISO standards, in particular, provide detailed guidance on medical device labeling requirements: ISO 15223-1, ISO 15223-2, ISO 11607-1, ISO 10993-1, and ISO 20417. All four play a critical role in ensuring essential medical device information is conveyed clearly and safely. 

ISO 15223-1 and ISO 15223-2

ISO 15223-1 specifies the symbols and information required on medical device labels to improve clarity and minimize language barriers, particularly in international contexts. This standard covers symbols that convey essential details like sterilization status, expiry dates, and handling precautions, helping healthcare professionals quickly interpret device information.

ISO 15223-2 complements ISO 15223-1 by providing guidance on validating these symbols, ensuring they are easily understood across different regions and languages. This verification process is essential for preventing misunderstandings in critical healthcare environments.

ISO 11607-1

ISO 11607-1 addresses the packaging requirements for terminally sterilized medical devices. It establishes the standards for packaging systems to maintain sterility and protect device integrity. Labeling under ISO 11607-1 must meet label durability requirements to ensure that information remains legible and adhered to packaging throughout handling and storage.

ISO 20417

ISO 20417 consolidates labeling requirements for medical devices, offering a comprehensive framework that supports compliance with multiple regulatory demands. It covers crucial elements such as unique device identification (UDI), required contact information, and any warnings or precautions necessary for safe use. 

ISO 10993-1

ISO 10993-1 impacts medical device labeling by setting biocompatibility standards to ensure materials are safe for human contact. This standard guides the selection of label materials, including adhesives, inks, and coatings, to prevent harmful reactions in patients or within sterile environments. 

What is unique device identification (UDI)

Unique Device Identification (UDI) is a concept found in both ISO labeling standards and broader global regulations. It plays a crucial role in the labeling of implantable medical devices by providing a standardized system to identify and track each device throughout its lifecycle. 

Each UDI is a unique code consisting of two parts:

1. A device identifier (DI), which is specific to the device model
2. A production identifier (PI), which includes information such as batch number, serial number, and expiration date. 

This unique coding allows healthcare professionals and regulators to accurately trace devices back to the manufacturer and production details, which is essential in cases of adverse events or device recalls.

Unique device identification (UDI) labeling compliance

ISO standards, particularly ISO 15223-1 and ISO 20417, align closely with global UDI requirements, supporting manufacturers in meeting the expectations set by major regulatory bodies. Here’s a quick summary of how each of the ISO standards above impacts UDI. 

• ISO 15223-1: Establishes the use of standardized symbols, including those for UDI, to communicate essential device information clearly on labels.
• ISO 15223-2: Provides guidelines for verifying that symbols, such as those related to UDI, are universally understandable to support consistent labeling.
• ISO 11607-1: Addresses packaging requirements, ensuring that UDI labels remain intact and legible to maintain traceability through sterilization and storage.
• ISO 10993-1: Focuses on biocompatibility, indirectly impacting UDI by ensuring label materials do not compromise patient safety when used on or with implantable devices.
• ISO 20417: Defines comprehensive labeling requirements, mandating the inclusion of UDI to enhance traceability and compliance across global markets.

ISO label and packaging material requirements for implantable medical devices

Because implantable medical devices are in direct contact with the human body, the ISO requirements for materials used to package and label them is incredibly strict. 

Biocompatibility

ISO 10993-1 mandates that materials used in medical devices, such as adhesives, inks, and coatings, be evaluated for potential biological risks, when they have direct or indirect contact with bodily tissues or fluids. It underscores the importance of ensuring these materials are non-toxic, non-reactive, and biocompatible. For implantable medical device labels, any material with potential for direct or indirect tissue contact must meet these stringent requirements.

Durability

Implantable medical device packaging labels must endure sterilization processes like high-heat autoclaving, gamma radiation, or ethylene oxide (EtO) sterilization to ensure they remain intact and legible. The durability of labels is crucial to maintaining traceability and compliance during sterilization and handling.

Legibility

ISO 20417 and other UDI-specific requirements mandate that labels resist fading, smearing, and other forms of degradation over the product’s lifecycle. This is critical to ensure UDI codes remain legible for accurate traceability and compliance. Thermal transfer printing is a widely used technology for medical device labels due to its ability to produce durable, high-resolution text and barcodes that can withstand handling, sterilization, and environmental exposure.

Adhesives

Medical-grade adhesives play a vital role in ensuring implantable medical device labels stay securely attached through sterilization, handling, and storage. Adhesives used for such labels must be chemically stable, biocompatible, and resistant to environmental stresses like extreme temperatures or cryogenic conditions. The biocompatibility and stability of adhesives are assessed under ISO 10993 standards to minimize contamination risks and ensure patient safety.

Demystifying ISO standards for implantable medical device labels

Even the most high tech medical device companies likely don’t have a label expert on staff to ensure that every label meets ISO standards and global health regulations. And one tiny mistake could mean a patient is harmed or big fines from FDA or EU compliance failures. CleanMark’s custom labels are the answer. 

Our team of experienced label experts has worked extensively in the medical device industry. They’ll collaborate with your team to understand not just the regulatory requirements in play, but also the fine points of your research and manufacturing processes so they can design a custom label that doesn’t just prevent fines — it works flawlessly in your systems. 

Schedule a consultation today.

References

1. https://www.iso.org/obp/ui/#iso:std:iso:15223:-1:ed-4:v1:en
2. https://www.iso.org/obp/ui/#iso:std:iso:15223:-2:ed-1:v1:en
3. https://www.iso.org/obp/ui/#iso:std:iso:11607:-1:ed-2:v1:en
4. https://www.iso.org/obp/ui/en/#iso:std:iso:10993:-1:ed-5:v2:en
5. https://www.iso.org/obp/ui/en/#iso:std:iso:20417:ed-1:v2:en
6. https://compliancenavigator.bsigroup.com/en/medicaldeviceblog/updated-requirements-and-guidance-on-symbols-for-use-with-medical-devices/
7. https://blog.johner-institute.com/regulatory-affairs/iso-20417/
8. https://blog.johner-institute.com/regulatory-affairs/iso-15223-1/

The post What is the ISO standard for implantable medical device labeling requirements? appeared first on CleanMarkLabels.

What is autoclave tape?

At the most basic level, autoclave tape (also sometimes called autoclave indicator tape or autoclave sterilization tape) is a pressure-, time-, and heat-sensitive adhesive tape used to indicate whether items have been exposed to the proper sterilization conditions in an autoclave. 

Similar to other sterilization indicators (like gamma labels or dots and EtO indicator labels), autoclave  indicator tape changes color or displays markings when subjected to the factors that result in successful sterilization, providing a visual confirmation that the sterilization process has been completed successfully. It’s worth noting that this same technology is also used in autoclave indicator labels and dots. 

The science behind autoclave tape

Autoclave indicator tape is designed with a sophisticated blend of materials and chemicals that enable the user to visibly confirm whether an item has been exposed to the appropriate combination of heat, pressure, and time to be properly sterilized. Because of the accuracy  required of autoclave tape, precise manufacturing processes must be used in its production. 

Here’s a detailed look at how this technology works:

Heat sensitivity and chemical indicators

At the core of autoclave indicator tape’s functionality is the use of chemical indicators that are sensitive to heat and pressure. Indicator ink reacts to the specific heat and pressure levels encountered during autoclaving, typically between 121°C and 134°C for a sustained period, usually 15 to 30 minutes.

The indicator ink contains heat-sensitive chemical compounds, often made from organic compounds like lead carbonate, copper oxide, or other similar agents. These chemicals are chosen for their ability to undergo a visible chemical change when exposed to the appropriate sterilization conditions. 

For example, they may decompose or oxidize when the tape reaches the necessary combination of temperature and pressure, leading to a distinct color change, often from white or light yellow to dark brown or black. This reaction is irreversible, providing a permanent visual record that the sterilization process has been completed.

Time, temperature, and pressure

The functionality of autoclave tape is closely tied to the precise combination of time, temperature, and pressure that autoclaving requires. For sterilization to be effective, steam must penetrate the load to kill bacteria, viruses, spores, and other contaminants. Autoclave indicator tape is designed to react only when all three parameters — time, temperature, and pressure — are met.

• Temperature: Autoclave indicator ink is specifically engineered to respond only when the autoclave reaches the target temperature range.
• Pressure: Autoclave tape is pressure-sensitive to ensure that merely heating an item (without the necessary pressure for sterilization) won’t trigger the indicator.
• Time: Autoclave cycles require a sustained period of exposure to achieve complete sterilization. Autoclave indicator tape is designed not to react immediately but only after it has been exposed to these conditions for the appropriate duration.

How to ensure you choose the right autoclave tape for your use case

Autoclave tape can be beneficial in a broad range of industries, but it’s especially important in industries where sterility and particle elimination can mean the difference between business success and failure, or even worse, endangering patient safety.

All autoclave tape is not created equal. Off the shelf autoclave indicator tape likely doesn’t have all the features you’ll need to make it work efficiently and reliably in your unique environment and processes. Custom autoclave indicator tape ensures you have a solution that’s tailored to your unique environment and operational processes.

Ready to learn which autoclave tape features you should be paying attention to in your industry? Read on.

Autoclave tape in semiconductor manufacturing

In industries like semiconductor manufacturing, where environments aren’t just sterile, but clean, autoclave tape not only has to perform its primary function but also meet cleanroom particulate parameters and be ESD controlling. 

Autoclave tape for pharmaceutical and medical device manufacturing

For highly regulated industries like pharma, medical device manufacturing, BioTech, and life sciences, autoclave indicator tape is a powerful tool in proving compliance. This holds true both in research and manufacturing processes and also with packaging. Take, for instance, sterile packaging for injectable drugs, vaccines, or biologics, where proof of proper sterilization is critical for meeting FDA and GMP (Good Manufacturing Practices) standards.

Autoclave tape in the food and beverage industry

In food and beverage processing, autoclave sterilization tape is key for hygiene and safety — and it must withstand harsh chemicals and cold temperatures during processing and storage. Custom tapes designed to withstand cold storage, chemical exposure, and abrasion ensure items are contamination-free.

By using custom-designed autoclave tape, companies in these sectors can not only streamline their sterilization processes but also improve traceability and compliance with regulatory requirements. These tapes provide a visual, customizable method to ensure proper sterilization while enhancing operational efficiency and ensuring product safety across industries.

Designing the perfect customized autoclave tape

So. You know you need a solution that reliably indicates autoclave sterilization. You know tape is the right form factor. You know you need it to do some other stuff besides simply indicating sterility. Where do you go from here? 

First, find a good label partner, like CleanMark, to do the heavy lifting for you. We have label engineers experienced in a broad range of high-tech sectors who will work with you to understand your use case and design a custom label that fits your unique needs. Below are just a few of the factors they’ll consider.

Adhesive 

Autoclave tape can only do its sterility indicating job if it stays where it’s supposed to be. That means choosing an adhesive that sticks for the intended period of time (permanent, removable, or repositionable) to the type of surface you’ll be using and can withstand environmental stressors like extreme temperature, chemical exposure, moisture, or abrasion. 

The adhesive typically used is pressure-sensitive and designed to adhere securely during the sterilization process while maintaining its stickiness after autoclaving, ensuring the tape doesn’t lose its position during sterilization or leave residue when removed. Moreover, the adhesive and tape must be formulated to resist moisture because the steam used in autoclaving could otherwise cause ordinary adhesives to soften or fail. 

Durability

Again, autoclave tape is only helpful if it doesn’t disintegrate. That means it has to be engineered to not only indicate autoclave sterilization success but withstand the extreme conditions inside an autoclave. Autoclave tape backing material is usually made from high-density crepe paper or other heat-resistant fibers that can endure exposure to high temperatures without degrading. 

Custom indicator systems

In customized autoclave sterilization tape designs, additional indicator features may be included. For instance, some autoclave tapes incorporate multiple indicators that illustrate successful autoclave sterilization and also exposure to ethylene oxide (EtO) or gamma radiation.

Ensuring reliability and accuracy

Whichever features your autoclave indicator tape has, it of must also meet international standards such as ISO 11140-1, which defines performance criteria for sterilization indicators. The standard ensures that the color change is easily discernible and that the tape reacts only when specific sterilization parameters are met, avoiding false positives. 

The next step is easy — set up a consultation with one of CleanMark’s label experts! They’re waiting to hear from you.

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