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Best Pressure Sensitive Adhesive (PSA) Die Cutting Services – Colvin Friedman

Die Cutting for Pressure-Sensitive Adhesives

Since the 1940s, Colvin Friedman has been offering premium die-cutting and plastic die cutting services. We are experts in thermoplastics and synthetic polymers and can help you select the best material for your project. We commonly cut the following materials:

Expertise in Die-Cut Pressure Sensitive Adhesives

We are experts in die cutting PSAs, and generally specialize in the below component types:

  • Medical/Surgical tapes
  • Industrial labels
  • Automotive interior component mounts
  • Electronics/appliance components
  • Packaging

We can aid in choosing a specific material for your component if one is not selected already. During our consultation process, we determine which PSA will work best for both your cost figures and desired functionality. Here are the common PSAs we utilize:

  • Plastics
  • Foams
  • Tapes
  • Rubbers
  • Fabrics
  • Papers
  • PSA’s
  • Fibers
  • Markets
  • Custom Die Cutting
  • About US
  • Request a Quote
  • Contact Us

Polyethylene (PE)

We can aid in choosing a specific material for your component if one is not selected already. During our consultation process, we determine which PSA will work best for both your cost figures and desired functionality. Here are the common PSAs we utilize:

PSA Type

Acrylic-based PSA

Rubber-based PSA

Silicone-based PSA

Hot melt PSA

Water-based PSA

Transfer Tape PSA

VHB (Very High Bond)

Removable PSA

Foam PSA

Conductive PSA

Primary Industries

Electronics, Automotive

Construction, Packaging

Medical, Aerospace

Packaging, Product Assembly

Paper, Packaging

Various

Construction, Transportation

Various

Automotive, Construction

Electronics

Common Applications

Circuit board mounting, Panel bonding

Insulation attachment, Carton sealing

Medical device assembly, High-temp gaskets

Label application, Product assembly

Label stock, Envelope sealing

Bonding dissimilar materials, Thin film applications

Metal fabrication, Panel bonding

Temporary signage, Protective films

Gasketing, Sound dampening

EMI/RFI shielding, Grounding applications

Strength Rating (1-5)

4

3

5

3

2

4

5

1

3

3

Strength Rating Key: 1 – Very Low (easily removable) 2 – Low 3 – Medium 4 – High 5 – Very High (permanent bonding) 

However, at Colvin-Friedman, we’ll show, rather than tell, what applications make the most sense. When it comes to pressure-sensitive adhesives, we’ve compared the following projects against each of the major types of cutting so that you can best understand whether die cutting makes sense for your project.

Projects Best Suited for Die Cutting vs. Other Cutting Methods

When it comes to pressure-sensitive adhesives, we’ve compared the following projects against each of the major types of cutting so that you can best understand whether die cutting makes sense for your project:

Project/Application

High-volume production of adhesive labels

Thick foam gaskets

Intricate patterns on thin films

Large format signage

Medical adhesive patches

Automotive interior trim

Electronic component gaskets

Adhesive-backed rubber seals

Custom shape stickers

Fabric/textile adhesive products

Printed circuit board (PCB) masks

Industrial strength tapes

Packaging inserts

Adhesive-backed foam insulation

Reusable adhesive products

Die Cutting

✅ Ideal

✅ Ideal

✅ Good

✅ Ideal for high volume

✅ Ideal

✅ Ideal

✅ Ideal

✅ Ideal

✅ Ideal for high volume

✅ Ideal

✅ Good

✅ Ideal

✅ Ideal for high volume

✅ Ideal

✅ Ideal

Laser Cutting

❌ Too slow

❌ Limited thickness

✅ Excellent

⚠️ Good for low volume

⚠️ May affect adhesive

⚠️ Limited by material

⚠️ May affect properties

❌ May damage material

⚠️ Good for low volume

⚠️ May singe edges

✅ Excellent

❌ May affect adhesive

⚠️ Good for prototypes

❌ Limited thickness

⚠️ May affect adhesive

Waterjet Cutting

❌ Too slow

✅ Possible but slow

❌ May damage material

⚠️ Possible but slow

❌ Not suitable

⚠️ Possible but slow

✅ Good for prototypes

⚠️ Possible but slow

❌ Not cost-effective

❌ May damage material

❌ Not suitable

⚠️ Possible but slow

❌ Too slow

⚠️ Possible but messy

❌ May affect adhesive

CNC Knife Cutting

⚠️ Possible but slower

⚠️ Possible but slow

⚠️ Possible but less precise

✅ Good for low volume

⚠️ Possible but slower

⚠️ Possible but slower

⚠️ Possible but less precise

⚠️ Possible but less clean

⚠️ Good for low volume

✅ Good alternative

⚠️ Possible but less precise

⚠️ Possible but less clean

✅ Good for low volume

⚠️ Possible but slower

✅ Good alternative

  • ✅ Ideal or Excellent: Best suited for this type of project
  • ⚠️ Good or Possible: Can be used but may have limitations
  • ❌ Not suitable: Generally not recommended for this type of project

 

Note: This table provides general guidance. Please contact Colvin Friedman for a quote on your project.

Best Practices for Die Cutting Pressure-Sensitive Adhesives

Polyvinyl Chloride is one of the most commonly produced plastics in the world. It is highly versatile and comes in both flexible and more rigid varieties. In its primary form it is white and brittle. More flexible varieties are better suited to Rotary Die Cutting, while all can be cut with flatbed die cutting. The most common varieties of Polypropylene include:

Concern 1

Adhesive Bleed During Cutting

Solution

To prevent adhesive bleed, maintain optimal die temperature and pressure. Use chill rolls or cooling systems to keep dies at the right temperature, typically between 60-70°F (15-21°C). Ensure die pressure is precisely calibrated – too much pressure can cause bleed, while too little results in incomplete cuts.

Concern 2

Inconsistent Cut Depth on Liner

Often Used For

Achieving consistent cut depth is crucial for easy product removal without damaging the liner. We implement a multi-step approach: First, we design and use high-quality, precision-ground dies and regularly check for wear. We also regularly measure and record cut depths using a microscope or digital depth gauge. For multi-layer materials, experiment with different blade angles and pressures to find the optimal configuration for each specific PSA product.

Concern 3

Material Waste and Inefficient Layouts

Solution

We minimize waste through strategic planning and nesting software to optimize material usage, arranging parts efficiently on the sheet. Even leftover pieces are scavenged for testing.

Concern 4

Static Buildup During Cutting

Often Used For

Static electricity can cause misalignment and quality issues. We work to combat this by maintaining proper humidity levels in your production area, ideally between 45-55% relative humidity. We also perform regular testing with a static meter can help identify problem areas before they affect production.

Concern 5

Ensuring Clean Edges and Preventing Tearing

Solution

Clean edges are crucial for both aesthetics and functionality. We start with selecting the dies that are appropriate for the PSA in question and perform regular inspections. Since cut speeds have to be weighed against production timelines, we both test and re-test to ensure that cuts are within tolerances and orders meet deadlines.

The Colvin-Friedman Process for Quality Control

As with any manufacturing or production process, Colvin-Friedman spends more time ensuring details are ironed out (no pun intended) before a production run than during. We know that when it comes to die cutting, prior preparation will pay dividends, which is why actual production is step four of six in our process. When you work with us, we complete each of these steps:

Initial Consultation

We begin by thoroughly discussing your project requirements, material specifications, and desired outcomes. Our experts will analyze your needs, offer suggestions for optimization, and provide initial cost estimates

Design and Prototyping

Our skilled team creates custom die designs tailored to your specific requirements. We use advanced CAD software to optimize material usage and ensure precision. Before moving to full production, we produce prototypes for your approval, allowing you to test the fit, form, and function of your die-cut adhesives.

Production Setup

Our experienced technicians configure our state-of-the-art die cutting equipment for your specific job. This includes setting up the custom dies, adjusting cutting pressures, and fine-tuning feed rates to achieve optimal results. We also conduct test runs to ensure everything is perfectly calibrated before beginning full production.

Quality Control

We are in constant contact with customers like you throughout the production process. This includes updates on regular inspections of die-cut parts, dimensional checks, and adhesive performance tests. Our quality assurance team uses advanced measurement tools and follows strict protocols to ensure every piece meets our high standards and your exact specifications.

Finishing, Packaging, and Delivery

Once done, our experienced team can easily work with most inventory management solutions on the market to ensure that we’re not just a supplier, but an integral part of your production system.

Get Your Cost-Effective Quote for Today PSA Die-Cutting

As one of the leading American die-cutting experts, Colvin-Friedman has been committed to quality since being a part of the first electronics in the 1940s. Let us bring our attention to detail and commitment to quality to your project, ensuring that it meets your most exacting standards. Contact us today for a complimentary quote on whatever need you have for die cutting for pressure-sensitive adhesives.