Printed Die-Cut Components Medical, Consumer & Industrial
From custom mouth tapes and nasal strips to industrial gaskets and compliance labels, JBC Technologies delivers precision die-cutting and digital printing for flexible parts and components. Whether print is integrated inline or applied as part of a coordinated production workflow, the result is the same — reduced lead times, lower costs, and production-ready parts with branding or part marking built in. ISO 13485 and 9001:2015 certified and equipped for variable data printing, JBC supports projects from initial design through high-volume production.
Inline Printing for Die-Cut Parts, Products & Components
Reduce lead times
Eliminate secondary operations
Lower costs
with JBC Technologies' high-speed digital printing — applied to flexible materials as part of a streamlined converting workflow.
Technical specs -->
|
Print Width |
Up to 10" |
|
Color Capability |
Full CMYK (4-color process) |
|
Resolution |
600 or 1200 dpi |
|
Special Features |
Variable data printing |
|
Production Method |
Streamlined single-source converting workflow |
Four Ways We Apply Print During Converting
Face Stock Printing
Brand-forward printing on the visible product surface for maximum consumer impact
Release Liner Printing
Instructions, usage guidelines, or branding visible when user removes product
Integrated Packaging for Coordinated Branding
Coordinate printing across product, liner, and packaging for cohesive branding
Labels & Part Marking
Serialization, compliance information, and industrial identification
Industry Applications for Printed Products and Components
Medical and Consumer Stick to Skin Wearable Products
JBC delivers printing and precision die cutting for
- custom mouth tape,
- nasal strips,
- breast lift tape,
- beauty patches, and
- more.
Apply instructions, branding, or decorative patterns to the product face, release liner, or packaging — all coordinated through JBC for a cohesive, production-ready result.
Industrial Gaskets, Seals and Other Components
Simplify your supply chain with coordinated printing and die-cutting for industrial gaskets, seals, and components — managed end-to-end by JBC. Add part identification, assembly instructions, compliance labels, or tracking codes without managing multiple vendors or secondary operations.
Ask An Engineer: Printing and Die-Cutting FAQs
All print and converting processes have some level of tolerance. Because we handle both printing and die cutting in-house, we can control registration closely and design around those tolerances up front. We'll review bleed, spacing, and material stability with you to make sure print lines up properly with the die cut features.
Yes. Our digital inkjet equipment is well-suited for variable data like serial numbers, barcodes, QR codes, lot codes, and different versions of artwork. Since it’s digital, there’s no plate cost, and changes can be made quickly. For high-volume static designs, flexo or screen may be more cost-effective.
In many cases, yes. We print on films, foams, and other specialty materials. Surface texture and material type matter, so we evaluate adhesion and image quality before production. Depending on the application, we may recommend digital, flexographic, or screen printing. The surface energy of the material has a lot to do on the 'printability' of different materials → low surface energy materials prove to be challenging to print on regardless of printing technique or technology.
Yes, depending on the material construction. We can print on the face stock and, in many cases, on liners as well for instructions, branding, or variable data. We’ll confirm compatibility based on the adhesive system and liner type. We cannot print on coated liners - ie if the liner has a non-stick coating on it from self-wound adhesives (C2S) among other things, we cannot print effectively on those.
We can do both. Flood coats, repeating patterns, spot graphics, and more detailed designs are all possible. The best process depends on the run size, complexity, and cost target.
We can do registered designs aligned to die-cut features, not just repeating patterns. Because printing and die cutting are managed together, we can align artwork to specific part features within normal production tolerances. As for DFM, wallpaper patterns are always going to be easier and thus likely more cost-effective.