Samples and material changes
Semi-Auto Doming Machine
Manual path control for samples, material changes and small nameplate batches.
Domed Nameplates Production & Resin Doming Machine Solutions
Produce durable resin domed nameplates for equipment tags, product identification, control panels and brand plates. Match the machine by layout, volume, surface shape and use environment before purchase.
Best for
Equipment nameplates, product ID plates, control panel nameplates, brand plates, metal tags, PC/PET plates and durable industrial labels.
Machine selection
Match the setup to layout repeatability, volume, placement variation and changeover work
Recommended resin
Epoxy or polyurethane resin matched to substrate, hardness, flexibility and indoor/outdoor use
What Are Domed Nameplates?
Domed nameplates are metal, plastic or film nameplates coated with a clear resin layer to create a raised 3D surface. The resin improves gloss, protects printed graphics and gives equipment tags, product labels and brand plates a more durable finished appearance.
Raised resin layer improves gloss, equipment ID and brand recognition
Holes, cutouts and edge design affect fixture, path offset and machine choice
Material and surface finish must be tested for resin adhesion before production
Why Use Resin Doming for Nameplates?
Raised resin finishing helps nameplates look finished while protecting printed ID, serial, warning and branding information.
Durable Equipment ID Finish
Gives equipment tags and product ID plates a raised surface while keeping text and serial information easy to read.
Handling & Light Chemical Protection
The dome helps protect printed graphics from handling wear, moisture and light cleaning contact.
Holes & Cutout Control
Holes, cutouts and edge design need path offset and fixture stability. Confirm whether each nameplate can be held repeatably before selecting the setup.
Surface-Compatible Resin
Epoxy or PU should be chosen after testing the actual metal, PC, PET, PVC, acrylic or coated surface.
Production Requirements for Domed Nameplates
Key parameters to confirm before starting resin domed nameplate production.
| Requirement | Options / Range | Notes |
|---|---|---|
|
Nameplate Material |
Aluminum, stainless steel, PC, PET, PVC, acrylic, ABS | Surface should be clean, dry and tested for resin adhesion before production. |
|
Surface Finish |
Printed, coated, brushed metal, laser marked or film-laminated | Different inks and coatings may affect adhesion, clarity and final appearance. |
|
Shape / Layout |
Regular sheets, holes, cutouts, mixed shapes or free placement | Confirm holes, cutouts, edge distance and whether a practical fixture can hold each nameplate in a repeatable position before choosing the fixture and path setup. |
|
Production Volume |
Samples, small batches, repeat orders or high-volume sheets | For output planning, stable edges, adhesion and repeat layout matter more than raw speed, especially on metal or coated substrates. |
|
Resin Type |
Epoxy resin or polyurethane resin | Choose by hardness, flexibility, UV exposure and use environment. |
|
Dome Height |
Usually 0.5 mm – 4 mm, adjusted by size and edge design | Higher domes require stable edge control and the right resin viscosity. |
|
Use Environment |
Indoor equipment, appliances, outdoor machinery or branding parts | For outdoor or flexible applications, test a suitable resin formulation on the complete nameplate for the expected exposure and bending requirements. |
Production Challenges and Setup Risks
Check the final substrate, coating, holes, dome height, readable information and use environment before choosing resin, fixture and dispensing path.
Air Bubbles
Trapped air in resin, around raised edges or during dispensing.
Solution:
Use vacuum degassing and keep the mixing, filling and dispensing path stable.
Edge Overflow and Fixture Control
Too much resin, low viscosity, insufficient edge distance or an untested fixture around holes and borders can shift resin over openings or cover information.
Solution:
Adjust resin volume, path offset, edge distance and fixture stability; test the fixture around holes and borders before production.
Dome Height and Edge Control
Uneven nameplate surface, unstable fixtures or excessive dome height can cause overflow at edges and uneven finished thickness.
Solution:
Level the fixture, calibrate the dispensing setup and test dome height and edge behavior before mass production.
Material and Adhesion
Oil, dust or coating incompatibility can weaken bonding and lead to peeling or cloudy edges after handling.
Solution:
Clean the surface and test the final metal, plastic or film substrate, print/coating and resin system for adhesion and clarity.
Repeat Layout and Changeover Planning
Manual loading, layout changeovers or a path that is not prepared for the actual sheet can slow production or cause inconsistent coverage.
Solution:
Check representative loading, fixture repeatability and the time needed to establish or revise the path for the next design.
How to Choose the Right Nameplate Doming Machine & Resin Setup
No single machine fits every domed nameplate workflow. Match the setup to your material, sheet layout, placement accuracy, order volume, dome height and indoor or outdoor use.
Repeatable sheet layouts
3-Axis Automatic Doming Machine
Saved paths for repeatable loading, including repeatable holes and cutouts.
Placement variation or irregular changeovers
CCD Vision-Guided Doming Machine
Camera correction for demonstrated placement variation; on-screen path editing supports irregular-design changeovers.
Recommended Resin Setup
Soft Epoxy Doming Resin
- Clear, glossy dome finish
- Match resin to the nameplate substrate, required feel and use conditions.
- Suitable for metal, PC and PET nameplates after surface testing
- 308AB-3S1 reference: initial cure in about 10–12 hours and final cure in about 18 hours at room temperature.
Polyurethane Resin
- Better flexibility and impact resistance
- Better for curved or slightly flexible nameplates
- A candidate for outdoor nameplates after aging and adhesion tests
- 618AB-18 reference: about 24 hours at 25°C, or about 2–4 hours with 60–80°C heat curing.
Resin selection depends on substrate, surface coating, required hardness, flexibility, UV resistance and expected working environment.
Domed Nameplate Machine + Resin Selection Table
Use this table as a starting point. Final machine and resin selection should be confirmed with sample testing.
| Nameplate Production Situation | First Decision Trigger | Recommended Setup | Resin Starting Point | Why It Fits |
|---|---|---|---|---|
| Samples / Small Batches | Changing sizes, materials or finishes | PJ180 Semi-Auto | Epoxy or PU after adhesion testing | Flexible testing before fixtures are finalized |
| Stable Repeatable Sheets | Repeat positions and stable loading; holes or cutouts can use a saved path | Desktop 3-Axis or DJ771 by sheet size, space and output target | Epoxy or PU by environment | Repeatable loading and path reuse |
| Variable Placement / Frequent Irregular Changeovers | Position varies despite a practical fixture, or frequent irregular-design path changes add setup work | SJ4060 CCD Vision-Guided | Epoxy or PU by environment | Camera correction addresses measured variation; on-screen path tools can simplify irregular-design changeovers |
| Outdoor / Cleaning Exposure | UV, heat, moisture or cleaners | Choose machine by layout; validate resin separately | Test PU and the final printed surface first | Environment changes resin choice, not positioning method |
Sample Testing Workflow (Before You Buy)
Test your real nameplates first so the resin, dome height, edge control and machine setup are confirmed before purchase.
1
Send nameplate samples
Provide nameplate samples, drawings, material, size, thickness and use environment.
2
Resin compatibility test
We test resin clarity, adhesion, curing and surface appearance on your material.
3
Dome height & edge control
We adjust resin volume, path offset and dome height to control edges and holes.
4
Video / report + quote
Receive test video, sample photos and machine + resin recommendation.
What to Provide for a Quote
What To Provide?
- Nameplate samples or design files
- Nameplate size, thickness and shape
- Nameplate material and surface finish
- Target dome height
- Monthly production volume
- Indoor or outdoor use
- Existing process or fixture (if any)
- Special requirements such as holes, cutouts or curved surface
Nameplate Examples
Regular Layout Sheet
Same-size nameplates arranged neatly on sheets
Mixed Shapes / Holes / Cutouts
Various shapes, holes, cutouts or free placement
*Your details will be kept strictly confidential with us.
FAQ About Domed Nameplate Production
What materials can be used for resin domed nameplates?
Resin doming can be used on many nameplate substrates, including aluminum, stainless steel, PC, PET, PVC, acrylic, ABS and coated films. The key is surface compatibility. Different inks, coatings and metal finishes can affect resin adhesion and clarity, so we recommend testing the actual nameplate material before mass production.
Epoxy or polyurethane: which resin is better for domed nameplates?
Epoxy is a practical starting point for rigid indoor nameplates that need a hard, clear surface. For flexible or environmentally exposed nameplates, test a suitable polyurethane formulation first. The final choice depends on the substrate, print or coating, dome geometry and actual UV, moisture, heat and handling conditions.
How do I prevent resin overflow around nameplate edges or holes?
Overflow is usually caused by too much resin, low viscosity, insufficient edge distance, unstable fixtures or an inaccurate dispensing path. To reduce overflow, control the resin volume, set a safe path offset, keep the nameplate level and test holes or cutouts before production. CCD vision can help when placement is irregular or the sheet layout changes often.
Which doming machine should I choose for nameplate production?
Use the selection table above as the starting point. For nameplates, provide the final substrate and coating, holes or cutouts, information areas and fixture details so adhesion, edge control and setup work can be checked before production.