Highlight and Details
1. Front and rear with 2 fourth generation high speed flying camera recognition systems, US ON sensors, 28mm industrial lens, for flying shots and high accuracy recognition.
2. 8 heads with fully closed-loop control system support to pick up components simultaneously with maximum speed 20,000CPH.
3. Automatic calibration of nozzle height, manpower can be utilized efficiently.
4. Support 80 tape feeders, 20 stick feeders and 60 tray feeders, which achieve. Allows mixed use of electric and pneumatic feeders in the same feeder base.
6. Automatic calibration of nozzle height, manpower can be utilized efficiently.
NeoDen N10P SMT Machine Parameter
| Performance Parameters | Max. Placement Speed: 20,000 CPH |
| Positioning Accuracy: ±0.01 mm | |
| Control System: Fully Closed-Loop Control System | |
| Vision System: Dual Mark Camera + Front Flying Camera + IC Camera | |
| Component Range | Min. Component Size: 0201 |
| Max. Component Size: 40 * 40 mm | |
| Max. Component Height: 16 mm | |
| Flying Camera Component Range: 0201 - 22 × 22 mm | |
| IC Camera Max. Recognition Size: 50 mm × 50 mm | |
| Feeding System | Tape Feeder Capacity: 80 (all 8 mm) |
| Number of IC Trays: 10 | |
| Automatic Nozzle Changer: 39 Nozzle positions | |
| PCB Applicable Size | Max PCB Size (without IC Tray): 450 mm × 1500 mm |
| Max PCB Size (with IC Tray): 395 mm × 1500 mm | |
| PCB Thickness: 0.2 - 3.5 mm |
Our Services
1. Good knowledge on different market can meet special requirements.
2. Real manufacturer with our own factory located in Huzhou, China
3. Strong professional technical team ensure to produce the top quality products.
4. Special cost control system ensure to provide the most favorable price.
5. Rich experience on SMT area.
6. Provide product instructions, YouTube video tutorials, experienced after-sales technicians, 24 hours online service.
7. With our own manufactory and more than 10 years of experience in SMT industry, we can provide customers with the most cost-effective products.
Daily Inspection
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Items |
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Items check before power on |
① Temperature& Moisture: Temperature 20℃～26℃, humidity 45~70% ② Indoor environment: Air clean without aggregate air. ③ No clutters within the placement area and keep rails clean. ④ No spots on cameras and keep lens clean. ⑤ No obstacles around the head nozzles ⑥ Checking if nozzles are dirty, distorted; If so, please clean or change the nozzle. ⑦ Checking if feeders are correctly installed in stacks and confirm no clutters on stack. ⑧ Checking the connection of air connector and air hose ⑨ Checking air pressure. |
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Items check after power on |
① Checking if the monitor display normally after system start up. ② Checking if emergency button can work normally or not. ③ Checking if placement head can move back to the origin. ④ Checking if there's abnormal noise while placement head move. ⑤ Checking all nozzles vacuum pressure. ⑥ Checking if PCB moving on rails smoothly or not; Sensor workable or not. ⑦ Checking if the board has been well fixed by magnetic bar and pins. |
NeoDen Factory
Company Profile
1) NeoDen Products:Different Series PnP machines, NeoDen YY1, NeoDen4, NeoDen5, NeoDen K1830, NeoDen9, NeoDen N10P. Reflow Oven IN Series, as well as complete SMT Line includes all necessary SMT equipment.
2) Successful 10000+ customers across the globe.
3) R&D Center: 3 R&D departments with 25+ professional R&D engineers.
4) Listed with CE and got 70+ patents.
5) 30+ quality control and technical support engineers, 15+ senior international sales, for timely customer responding within 8 hours, and professional solutions providing within 24 hours.
FAQ
Q1. Why does NeoDen N10P place components incorrectly?
Incorrect placement may be caused by:
- Incorrect PCB coordinate data
- Wrong component rotation settings
- PCB positioning errors
- Vision calibration problems
Before production, verify PCB data, component library information, and mark recognition settings.
Q2. Why are all components shifted in the same direction?
When all components have a similar offset, the issue is usually related to:
- PCB origin setting
- Mark point recognition
- Coordinate file accuracy
- PCB positioning
Check PCB alignment parameters and fiducial mark settings.
Q3. Why does NeoDen N10P place components at the wrong angle?
Incorrect component rotation may occur because of:
- Wrong rotation value in PCB data
- Incorrect component library definition
- Pickup orientation error
Check the component angle setting before running production.
Q4. Why does NeoDen N10P fail when placing BGA or IC components?
BGA and IC placement problems may be caused by:
- Incorrect component package information
- Vision recognition failure
- Incorrect nozzle selection
- Poor component positioning
NeoDen N10P supports IC placement through its IC Camera system, which helps improve alignment accuracy for complex components.
Q5. Why does NeoDen N10P fail to change nozzles automatically?
Possible reasons include:
- Incorrect nozzle position settings
- Nozzle storage position error
- Mechanical obstruction
- Nozzle identification problem
Check the nozzle changer position and software settings.
Q6. Is NeoDen N10P suitable for EMS factories?
Yes.
NeoDen N10P is suitable for EMS manufacturers requiring flexible SMT production capability.
Its combination of:
- High-speed placement
- Large feeder capacity
- Vision alignment
- Flexible PCB handling
makes it suitable for multi-product manufacturing.
Q7. Is NeoDen N10P suitable for small and medium batch production?
Yes.
NeoDen N10P is designed for manufacturers that need higher productivity than desktop machines but do not require a full-scale industrial SMT line.
It provides a balance between:
- Production efficiency
- Flexibility
- Investment cost
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