CCD Vision Resin Doming Machine for Mixed Layouts and High-Precision Positioning
Should You Choose a CCD Vision Doming Machine?
Use this section as a fast buying filter before paying extra for camera alignment.
Best fit when
- Your sheets include mixed layouts, holes, cutouts or free placement.
- Printed position changes make fixture-based alignment unreliable.
- You run multiple sticker designs on one sheet and need camera positioning.
- Rejects are mainly caused by resin missing the printed edge or contour.
Consider semi-auto or 3-axis when
- You are still testing new products or unstable small orders.
- Your sheets are regular and can be positioned by fixtures.
- You mostly need higher output, not camera alignment.
- Your budget is limited and positioning risk is low.
Suitable Stickers
Best suited for randomly arranged stickers, mixed designs, holes, cutouts and layouts where fixture positioning is not reliable.
See the Machine in Real Production
Use real production videos to check camera recognition, alignment and resin flow before choosing CCD.
Mixed Layout Sticker
Programming Demo
3D Stickers
Robota
Technical Advantages
Reduce Manual Alignment Work
Reduce Positioning Errors with CCD Vision
Stable Resin Control After Vision Alignment
Best For / Not Best For
CCD vision is valuable when it removes positioning risk. It is not always the best first machine.
| Best For | Not Best For | Robota Recommendation |
|---|---|---|
| Mixed sheets with different shapes, sizes or artwork positions | Only occasional samples or unstable trial orders | Use CCD after confirming product layout and camera recognition in a sample test. |
| Holes, cutouts, irregular edges or free-placement products | Regular sheet layouts that fixtures can position reliably | Use 3-axis automation when repeat coordinates are already stable. |
| Factories losing parts because resin misses printed edges | Buyers choosing by machine price without resin testing | Test real sheets to confirm whether the issue is positioning, resin flow or both. |
| Premium decals, emblems, labels or nameplates needing lower alignment risk | Very low-volume buyers still validating the product | Start semi-auto or 3-axis first if camera alignment does not change the outcome. |
Production Requirements Before Choosing CCD Vision
These checks confirm whether the camera can reduce rejects before you pay for vision alignment.
| Requirement | What to Confirm | Why It Matters |
|---|---|---|
| Product Layout | Regular sheets, mixed layouts, holes, cutouts or free placement | CCD is most useful when placement variation creates real reject risk. |
| Recognition Feature | Printed edge, fiducial mark, contrast area or clear product contour | The camera needs a stable visual reference to align the dispensing path. |
| Working Area | SJ2530, SJ3040, SJ4050 or SJ4060 based on sheet size | Model choice should match actual sheet dimensions, not only expected output. |
| Production Volume | Repeat orders where camera positioning saves rework or setup time | CCD cost is easier to justify when it reduces scrap and alignment labor. |
| Resin Type | Epoxy, polyurethane or not sure | Resin viscosity, flow and curing still affect dome height even when positioning is solved. |
| Sample Testing | Printed sheets, artwork files, target dome height and resin information | Testing confirms recognition, path offset, edge control and final resin behavior. |
Production Problems We Help You Avoid
CCD vision should reduce positioning scrap, not become an expensive feature that does not solve the real problem.
Misaligned resin on mixed layouts
Random placement, holes and cutouts can make fixed-coordinate programs miss the printed edge.
Solution:
Use CCD positioning when fixtures cannot control sheet variation.
Poor camera recognition
Reflective films, low contrast artwork or unclear contours can make vision alignment unstable.
Solution:
Test printed samples and define a reliable visual reference before purchase.
Wrong machine size
Choosing SJ2530, SJ3040, SJ4050 or SJ4060 by price alone can limit future sheet formats.
Solution:
Match the model to actual sheet dimensions and camera identify area.
Resin defects still happen
CCD solves positioning, but bubbles, viscosity, curing and edge flow still affect final quality.
Solution:
Confirm resin setup and dome height during sample testing.
Overbuying CCD vision
Some regular sheet jobs only need 3-axis automation with stable fixtures.
Solution:
Use CCD only when the camera reduces rejects or setup labor enough to justify the cost.
Robota
Other Reasons to choose Robota
Specification
| Model | SJ2530 | SJ3040 | SJ4050 | SJ4060 |
|---|---|---|---|---|
| Dimension(L*W*H) | 1000*1150*1800mm | 1680*1470*1850mm | 1960*1740*1960mm | 2160*1750*1980mm |
| X/Y/Z Working Range | 250*300*70mm | 300*400*70mm | 400*500*70mm | 400*600*70mm |
| Camera Identify Area | 250*300mm | 300*400mm | 400*500mm | 400*600mm |
| Camera Quantity | 1 | 2 | 2 | 2 |
| Weight | 450kg | 680kg | 750kg | 800kg |
| Base | Marble | |||
| Tank Capacity | A/B Tank: 20L Cleaning Tank: 5L | |||
| Glue Mixing Ratio | 1:1 to 3:1 | |||
| Metering Method | Gear/Screw Pump | |||
| Metering Accuracy | Amount±2%, Ratio:±2% | |||
| Adhesive Mixing Method | Static/Dynamic Mixing | |||
| Control | PC+PLC+CCD Camera | |||
| Adhesive Viscosity | <10000CPS | |||
| Pattern | Point, Line, Square, Arc | |||
| X/Y/Z Speed, Repeatability | Max: 500mm/s ±0.05mm | |||
| Power Supply | 220v/50hz 2000-4000w | |||
| Input Pressure Range | 0.4-0.8MPa | |||
Semi-Auto vs 3-Axis vs CCD
Use CCD only when camera alignment solves a real positioning problem that a desktop or floor-standing 3-axis platform cannot control reliably.
| Your Situation | First Choice | Upgrade When | Next Page |
|---|---|---|---|
| Samples, startup, flexible small orders | PJ180 semi-auto resin doming machine | When orders become stable and repeated | Semi-auto machine |
| Regular sheet layout and repeat production | Desktop 3-axis or DJ771 floor-standing 3-axis platform | When manual output becomes a bottleneck | 3-axis automatic machine |
| Mixed layout, holes, cutouts, free placement | CCD vision-guided doming machine | When fixed fixtures or 3-axis paths cannot control positioning risk | CCD vision machine |
Sample Testing Workflow Before Purchase
Test real sheets first, then confirm whether the camera can recognize your artwork and reduce positioning rejects.
Send printed sheets
Share product photos, sheet layout, artwork files, dimensions, material and target dome height.
Check camera recognition
Confirm whether the camera can detect edges, marks or contrast areas reliably on your samples.
Run a CCD test
Test visual alignment, path offset, edge hold, dome height and resin behavior on your actual sheet.
Confirm model setup
Review recognition notes, working area, resin setup and whether CCD is worth the extra investment.
Request a Free Demo or Sample Test
Send your printed sheet before purchase. Robota can test camera recognition, resin path offset and dome results before final model selection.
What To Provide?
- Printed sheets, artwork files and product dimensions
- Target dome height, edge design, holes or cutouts
- Current resin status: epoxy, polyurethane or not sure
- Expected output and whether placement changes between sheets
- Free demo or sample-run feedback when sample testing is needed
- Camera recognition and path-offset test notes
- CCD model, working area and resin setup recommendation
- Follow-up quotation after the process direction is confirmed
*Your details will be kept strictly confidential with us.
Common Questions Before Choosing CCD Vision
Use these answers to confirm whether camera alignment is really needed before sending samples.
When is CCD vision better than a 3-axis doming machine?
CCD vision is better when product placement varies, sheets include holes or cutouts, or print position is inconsistent enough to cause resin misalignment.
Does CCD vision solve every doming defect?
No. CCD mainly reduces positioning risk. Resin viscosity, bubble control, curing behavior and dome height still need sample testing.
What samples should I send before choosing CCD?
Send printed sheets, artwork files if available, product dimensions, material, target dome height, resin information and notes about holes, cutouts or layout variation.
How do I choose between SJ2530, SJ3040, SJ4050 and SJ4060?
Choose by real sheet size, camera identify area, expected product format and future production plans. The model should be confirmed with sample layout review.
Can CCD handle multiple designs on one sheet?
Yes, when the camera can reliably recognize the printed reference or product contour. Sample testing is recommended for reflective, low-contrast or irregular artwork.
Should I choose CCD if my sheets are regular?
Not always. If sheet positioning is stable and repeatable, a 3-axis automatic machine may be enough and more cost-effective.