Samples / Simple Badges
Semi-Auto Doming Machine
Best for: Sample testing, low-volume badge orders, simple flat badges and budget-conscious buyers.
- Easy setup
- Good for samples
- Manual loading
Domed Badges Production & Resin Doming Machine Solutions
Produce glossy resin domed badges, lapel pins, event badges and decorative insignia. Match the machine by badge material, shape, fixture method, order volume and target dome height before purchase.
Best for
Metal badges, plastic badges, lapel pins, club badges, event badges, souvenir pins and decorative insignia.
Machine selection
Semi-auto, 3-axis automatic or CCD vision system matched by sheet layout, fixture repeatability, shape mix and volume.
Recommended resin
Epoxy resin is common for hard glossy badges; polyurethane resin may fit flexible or outdoor badge applications.
What Are Domed Badges?
Domed badges are metal, plastic or printed badge parts coated with a clear epoxy or polyurethane resin layer to create a raised 3D surface. The resin improves gloss, protects printed decoration and gives lapel pins, club badges and souvenir badges a premium finished appearance.
Raised resin layer creates a high-gloss decorative badge and pin finish
Protects badge graphics and small decorative details from handling wear and moisture
Rim height, pin backs and small-part fixtures should be confirmed before batch production
Why Use Resin Doming for Badges?
Raised resin finishing gives badges a high-gloss collectible look, but rim height, fixture stability and handling wear decide production quality.
Rim-Controlled Dome
Creates a raised glass-like surface while keeping resin inside the badge rim or printed edge.
Collectible Finish
Adds shine, depth and perceived value to lapel pins, club badges, event badges and insignia.
Small-Part Fixture Fit
Small badges, pins and uneven backs need fixtures or stable sheets so the dome stays centered.
Handling Wear Protection
Helps protect badge graphics during packing, display, apparel use and repeated handling.
Production Requirements for Domed Badges
Key parameters to confirm before starting resin domed badge production.
| Requirement | Options / Range | Notes |
|---|---|---|
|
Badge Material
|
Metal, acrylic, ABS, PVC, PET, printed film or coated badge blanks | Surface should be clean, dry and tested for resin adhesion before production. |
|
Surface Finish
|
Printed, coated, enamel-look, plated, laminated or textured | Ink, coating, plating and rim design may affect adhesion and final appearance. |
|
Shape / Layout
|
Round badges, shields, strips, holes, pin backs, mixed shapes or regular sheets | Regular sheets suit 3-axis automation; mixed shapes, holes or fixture variation may need CCD vision alignment. |
|
Production Volume
|
Samples, small batches, repeat orders or high-volume badge sheets | For output planning, stable fixtures and regular sheet placement improve repeatability, while loose individual placement can reduce effective output. |
|
Resin Type
|
Epoxy resin or polyurethane resin | Choose by hardness, flexibility, impact resistance, UV exposure and use environment. |
|
Dome Height
|
Usually 0.8 mm – 4 mm, adjusted by badge size and rim design | Higher domes require stable edge control and the right resin viscosity. |
|
Use Environment
|
Indoor badges, events, souvenirs, apparel accessories or outdoor badges | Outdoor or high-contact badges may require polyurethane resin and sample aging checks. |
Common Badge Production Challenges
These issues help determine the right resin, fixture, dispensing path and machine level for your badge workflow.
Air Bubbles
Small badge cavities, metal rims and tight shapes can trap air during resin dispensing.
Solution:
Use vacuum degassing, stable mixing ratios and controlled dispensing speed.
Edge Overflow
Too much resin or weak edge design can overflow on small badges and pin shapes.
Solution:
Adjust resin volume, viscosity and edge design through sample testing.
Uneven Dome Height
Small round badges and decorative rims make dome height differences easy to see.
Solution:
Calibrate resin volume, dispensing height and fixture flatness before production.
Fixture / Pin-Back Movement
Pins, uneven backs, metal rims or mixed badge heights may affect flatness during dispensing.
Solution:
Use fixtures or flat sheets to stabilize badge height and keep the dome centered.
Manual Output Bottleneck
Manual dispensing can limit output when badge sheets become repeatable or order volume grows.
Solution:
Use 3-axis automation for regular badge sheets and saved programs for repeat orders.
Purchase Risk Check
What Can Go Wrong If You Choose the Wrong Domed Badges Setup?
Badge doming depends on blank material, edge shape, pin layout and the expected finish. The wrong setup may still produce a glossy dome, but not a stable badge for repeat orders.
Risk 01
Small parts loaded without a repeatable positioning method
Risk Holes, pin backs and mixed badge shapes do not automatically require CCD. First check whether a fixture or repeat sheet can hold each badge consistently.
Result Shifted parts, covered details and slower correction between batches.
Risk 02
Wrong resin for badge material
Risk Metal, acrylic, enamel-style and film badges may need different resin hardness and adhesion checks.
Result Poor bonding, cloudy finish or brittle domes.
Risk 03
Uncontrolled dome height
Risk Badge edges often need a consistent raised look without overflowing the rim.
Result Uneven highlights and a cheap-looking finished product.
Risk 04
Skipping sample wear checks
Risk Badges may face handling, rubbing or outdoor exposure depending on the use case.
Result Scratches, dullness or failure after delivery.
Best next step: Confirm badge blank material, edge height, pin/backing design and use environment with samples before deciding between semi-auto, 3-axis or CCD vision production.
How to Choose the Right Badge Doming Machine & Resin Setup
Badge projects vary by shape, rim height, pin hardware, fixture method and order volume. Match the setup to repeatability, edge control, resin hardness and production scale.
Regular Badge Sheets
3-Axis Automatic Doming Machine
Best for: Repeatable badge sheets, stable orders, regular layouts and growing production volume.
- High efficiency
- Stable dispensing
- Best for regular sheets
Mixed / Pins / Holes
CCD Vision-Guided Doming Machine
Best for: measurable print shift, free placement or mixed positions that remain variable after fixture testing; pin backs or holes alone do not require CCD.
- Vision correction for placement variation
- Reduces alignment-related rejects
- Use after fixture repeatability is checked
Recommended Resin Setup
Epoxy Resin
- Excellent clarity and surface hardness
- Good for rigid metal or plastic badges and indoor decorative pins
- Best where flexibility or high UV exposure is not required
- 308AB-3S1 reference: initial cure in about 10–12 hours and final cure in about 18 hours at room temperature.
Polyurethane Resin
- Good flexibility and impact resistance
- Better for flexible, outdoor or high-contact badge applications
- A candidate for high-contact or exposed badges after wear and aging 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 badge material, rim height, fixture method, required hardness, flexibility, UV resistance and expected handling environment.
Domed Badge Machine + Resin Selection Table
Use this table as a starting point. Final machine and resin selection should be confirmed with sample testing on your real badge materials.
| Badge Production Situation | First Decision Trigger | Recommended Setup | Resin Starting Point | Why It Fits |
|---|---|---|---|---|
| Samples / Small Runs | Changing blanks, rims or artwork | PJ180 Semi-Auto | Epoxy or PU after material testing | Flexible setup for frequent changes |
| Stable Regular Sheets / Fixtures | Repeat positions and stable badge holding | Desktop 3-Axis or DJ771 by sheet size, space and output target | Epoxy or PU by handling environment | Saved paths and repeatable loading |
| Uncontrolled Placement Variation | Position varies after fixture or sheet controls are applied | SJ4060 CCD Vision-Guided | Epoxy or PU by material and use | Camera correction addresses the actual alignment risk |
Sample Testing Workflow (Before You Buy)
Test your real badges first so adhesion, clarity, dome height, edge control and fixture method are confirmed before purchase.
1
Send badge samples
Provide badge samples, drawings, material, rim height, pin hardware and use environment.
2
Adhesion & fixture test
We test resin clarity, adhesion, curing and fixture stability on your badge samples.
3
Dome height & edge control
We fine-tune resin volume and dispensing path for your target dome height and badge edge.
4
Video / report + quote
Receive test video, report, and machine + resin recommendation.
What to Provide for a Quote
What To Provide?
- Badge samples or drawings
- Badge size, thickness and rim height
- Badge material and surface finish
- Target dome height and edge design
- Monthly production volume
- Indoor, outdoor or high-contact use
- Current badge printing or doming process
- Special fixture or pin-back requirements
Badge Examples
Regular Badge Sheets
Aligned sheets, uniform badge shapes
Mixed Badges / Pins
Different shapes, pin backs, holes and placements
*Your details will be kept strictly confidential with us.
FAQ About Domed Badge Production
Which resin is better for domed badges: epoxy or polyurethane?
Epoxy resin is common for rigid metal or plastic badges because it gives high clarity and a hard glossy surface. Polyurethane resin is better when the badge needs more flexibility, impact resistance or outdoor durability.
Can resin domed badges be used for lapel pins?
Yes. The key is holding the badge flat during dispensing and confirming rim height, pin-back structure and adhesion. We recommend sample testing before batch production.
What badge materials can be used for resin doming?
Common materials include metal badge blanks, acrylic, ABS, PVC, PET and printed films. Coatings, plating, oils and textured surfaces can affect adhesion, so real-sample testing is important.
Which doming machine should I choose for badges?
Use semi-auto for samples and changing blanks. Use desktop 3-axis or DJ771 when sheets or fixtures hold badges in repeatable positions. Holes and pin backs do not automatically require CCD; use SJ4060 when measurable placement variation remains after fixture testing.