Internal Structure
1. Housing
2. Placement Heads
3. Pneumatic Support Bar
4. Safety shield
5. Flexible Silent Cable Carrier
6. Feeder Slots
7. Servo Motor of Y Axis
8. Ground Ball Screw of Y Axis
9. Servo Motor of X Axis
10. Linear Motion Guide of Y Axis
11. Linear Motion Guide of X Axis
12. Ground ball screw of X axis
13. 5MP HD Camera
14. 1MP Fast HD Camera
15. Waiting Area
16. Mounting Area
17. Exit Area
Specs
| PARAMETER | SPECIFICATION |
| Model | HW-T4-50F / HW-T4-44FX |
| Number of Placement Heads | 4 (high-accuracy) |
| Number of IC Trays | 48 |
| Number of Feeders | 50/44 (subject to 8mm feeder) |
| Positioning Accuracy | 0.01mm |
| Repeated Mounting Accuracy | 0.02mm |
| Range of Mounting Speed | 7000 - 8000 Pcs/h |
| Applicable Components | Resistor, capacitor, chip, lamp bead, etc. |
| Supported Maximum Area of PCB | (50F) 350 * 190mm / (44FX) 350 * 280mm |
| Feeders | Electric feeder, pneumatic feeder, vibrating feeder, IC tray, etc. |
| Recognition Devices | Mark camera x1, fast recognition camera x4, high-precision camera x1 |
| Maximum Height of Applicable Components | ≤7mm |
| PCB Convey Mode | Three-stage entry, automatic connection from left to right, automatic PCB positioning |
| Mark Positioning | Manual / Automatic |
| Programming Method | Automatic programming after manually importing files of PCB coordinates |
| Control System | HuaweiGuochuang control system |
| Maximum Step Length of XY Axis | 629mm * 679mm |
| Tracks of XY Axis | Double linear motion guide + double ground ball screw |
| Motion mode of XY Axis | Double linear motion guide + double ground ball screw |
| Control Computer | Industrial control computer with Intel high-performance processor |
| Adjusting methods of tracks | Electric |
| Range of Nozzle Buffer | 4.5mm |
| Maximum Step Length of Z Axis | 20mm |
| Range of Angle for Components | ±180° |
| Motor | AC Servo Motor |
| Driver | High-speed DSP driver |
| Air Supply Requirements | Oil water filter, ≥50L, dust filter and air pressure stabilizer, etc. |
| Vacuum Supply of Nozzle | Japanese CKD vacuum generator integrating the high-speed vacuum burst function |
| Range of Air Supply Pressure | 0.5 - 0.6mp |
| OS | Independent research and development SMT intelligent OS based on Windows |
| Vision Display | 17-inch industrial control display |
| Cable | German Igus durable flexible cable (10 million times) |
| Power Supply | 220V 50/60Hz |
| Average Power | 600W |
| Machine Dimensions | Desk machine 1140 * 900 * 900mm Vertical machine 900 * 1140 * 1340mm |
| Weight | (Desk machine) 210kg, (Vertical machine) 280kg |
Industrial Computer
17-inch display, keyboard and mouse.
User friendly OS preinstalled.
Currently Windows 10; Windows 11 support available in future update.
Easy to understand software that supports vision programming,
file importing and data preparation.
Precision Ball Screws and Linear Motion Guides
Imported precision ball srews and linear motion guides ensure long term, maintenance free operation, high
accurancy, low running noise and superior machine performance.
High accuracy allows precision mounting of 0201, 0402, QFN, LQFP, BGA and other package types.
High quality motion system allows continuous operation with minimum downtime, resulting in improved
productivity.
Durable Cable Carrier and Flexible Cable
Cable carrier is rated for 10 million cycles.
Igus flexible cables endure extreme temperatures and resist torsional flex problems.
These high quality cables ensure reliable connections during
repeated high speed motion profiles.
Precision Ball Screws and Linear Motion Guides
A 5MP distortion free camera is used for mounting chips and other large components.
Four high speed 1MP cameras are used to ensure proper.
placement of smaller components.
Fiducial recognition camera is mounted on placement head.
Typical Components
You can reliably place components as small as 0201.
In addition, you can place 0402, 0603, 0805, 1206, etc.
Place SOT, SOP, TSOP, LPFQ, QFN, etc.
Place BGAs with lead pitch > 0.3 mm pitch.
BGAs must be smaller than 40*40 mm.
Software Operation
Reduction of errors caused by manual edit and achievement of intelligent programming
Automatic Assignment of Mark Points
Automatic Creation of Pick & Place Program
Automatic Optimization for the Layout of Nozzles and Feeders
