POM EMBOSSER DIE MATERIAL
POM Embosser Die Material for CO₂ Laser Processing
XLH Laser supplies gold-colored POM (polyoxymethylene) sheet material for producing matched male and female embosser dies with a CO₂ laser.
The standard sheet size is 210 × 170 mm, with 1.7 mm and 2.0 mm thickness options for different embosser configurations.
The material is used as part of a complete production workflow covering laser processing, die alignment, installation and final embossing verification.
MATERIAL SPECIFICATIONS
POM Sheet Size & Thickness Options
1.7 mm POM
Actual measured thickness: 1.70 mm.
The 1.7 mm sheet is commonly used in XLH Laser handheld embosser production workflows. Final material selection should match the actual embosser and die configuration.
2.0 mm POM
Actual measured thickness: 2.00 mm.
The 2.0 mm option is available for embosser configurations where a thicker POM die material is preferred.
MATERIAL → FINISHED DIE
From POM Sheet to Finished Embosser Dies
A short visual path shows how the sheet material moves through laser processing and becomes a matched die set.
Material
210 × 170 mm POM sheets prepared for embosser die production.
Laser Processing
The POM sheet is digitally engraved and cut using the CO₂ laser workflow.
Processed Sheet
Multiple die components can be processed from the standard sheet format depending on die size and artwork.
Finished Die Sets
The processed components become matched male and female die sets ready for alignment and assembly.
PAIRED DIE SYSTEM
Made for Matched Male and Female Embosser Dies
An embosser uses a matched male and female die pair. The POM material is processed as part of this paired-die workflow rather than as a single engraved plate.
Different die formats can be produced according to the embosser design and customer artwork.
Male Die
42 mm Male POM Die
Female Die
42 mm Female POM Die
PRACTICAL ALIGNMENT
Designed for Practical Die Alignment
A reference notch can be included in the die outline during digital preparation and cutting.
The matching notch provides a simple visual reference for aligning the male and female dies before installation.
For artwork preparation, matched-die geometry and detail-control guidance, see the Embosser Die Design Guide.
APPLICATION RESULT
From Die Material to a Working Embosser
Installed Die Set
After alignment, the matched POM dies are installed into the embosser hardware.
Finished Embossing Result
The final test is the embossed result itself. XLH Laser evaluates the material as part of the complete path from raw sheet to finished impression.
WORKFLOW VALUE
Why Material Selection Matters
Consistent Sheet Format
210 × 170 mm standard format simplifies material handling and production layout.
Matched Die Production
The material is used for both components of the male and female die pair.
Digital Customization
New customer artwork can be transferred into the production workflow without conventional tooling for every design.
Final Application Focus
Material selection is evaluated together with die design, alignment, embosser hardware and the finished impression.
DF60D CONNECTION
Compatible with the DF60D CO₂ Laser Workflow
XLH Laser uses the DF60D 60W CO₂ laser as part of its POM embosser die production workflow.
The system connects:
REAL PRODUCTION EVIDENCE
Real POM Embosser Die Production
The photographs on this page show the material at different stages of the actual XLH Laser embosser die workflow—from sheet stock and laser processing to finished dies and embossing verification.
COMPLETE METHOD
More Than a Sheet of POM
XLH Laser does not position POM as an isolated raw-material product. The material is supplied around a complete embosser die production method, including equipment, process guidance, die production and technical support.
TARGET USERS
Who Is This Material For?
Embosser Manufacturers
Manufacturers producing handheld, book and heavy-duty embossers with customized die sets.
Book Embosser Businesses
Businesses supplying personalized library, stationery and book-embossing products.
Laser Production Workshops
Workshops integrating digital POM die processing into customized short-run production.
OEM / ODM Manufacturers
Producers building embosser products and matched dies for brands and distributors.
FAQ
Frequently Asked Questions
What is POM material?
POM, or polyoxymethylene, is an engineering thermoplastic. XLH Laser uses selected POM sheet material in its demonstrated CO₂ laser workflow for producing matched male and female embosser dies.
What material does XLH Laser use for laser-made embosser dies?
XLH Laser uses gold-colored POM sheet material in its demonstrated CO₂ laser embosser die workflow.
What is the standard POM sheet size?
The confirmed standard sheet format is 210 × 170 mm.
What thicknesses are available?
The confirmed options are 1.7 mm and 2.0 mm.
Which thickness is commonly used for handheld embossers?
The 1.7 mm sheet is commonly used in XLH Laser handheld embosser production workflows. Selection should match the actual configuration.
Can both male and female dies be made from POM?
Yes. The material is used to produce matched male and female die components.
Can POM be processed with the DF60D CO₂ laser?
Yes. XLH Laser uses the DF60D as part of its demonstrated POM embosser die workflow.
Can I purchase POM material separately?
Yes. POM material can be supplied separately. Contact XLH Laser to discuss quantities, thickness requirements and the intended embosser configuration.
Does XLH Laser provide process parameters and SOP?
Yes. Process guidance and SOP support are available for supported workflows; complete engraving and cutting parameters are not published here.
Can XLH Laser help set up a complete embosser die production workflow?
Yes. XLH Laser can connect equipment, POM material, workflow guidance, embosser hardware, training and technical support.
MATERIAL REQUIREMENTS
Need POM Material for Embosser Die Production?
Whether you already produce embossers or are building your own die-making capability, XLH Laser can help connect the material with the machine, workflow and final embosser application.
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