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AP USA TM06 Automatic Pick and Place Machine SMT 6 Head Machine LED PCB Assembly SMD Pick and Place Machine for SMT Production
The TM06 Automatic Pick and Place Machine from Applied Physics Semiconductor is engineered for high-speed, high-precision, and multi-functional surface mount technology (SMT) assembly. Designed to meet the rigorous demands of modern electronics manufacturing, the TM06 delivers exceptional process stability, intelligent automation, and robust performance for a wide range of PCB assembly applications, including LED, consumer electronics, automotive, and industrial sectors.
Key Features:
- CPK Process Capability: Ensures stable, accurate, and repeatable component placement, supporting CPK≥1.0 for process reliability and yield improvement.
- Automatic Nozzle Change (ANC): 31-hole nozzle library enables fully automated nozzle allocation based on component type, maximizing efficiency and reducing manual intervention.
- Universal High-Precision Mounting Head: Accommodates a broad spectrum of components (from 01005 to 36mm x 36mm) without the need for head replacement.
- Cast Iron Base Structure: Provides superior vibration damping and high-speed operational stability.
- Dual Servo Motor Drive: Panasonic A6 servo motors on X & Y axes (with dual motors on Y) ensure precise, high-speed movement and long-term durability.
- Advanced Vision System: Integrated fly cameras and high-definition IC camera for real-time component recognition and placement verification.
- Flexible PCB Handling: Supports standard and extended PCB sizes with automatic 3-section rail conveying.
Why CPK Matters in SMT Assembly
CPK (Process Capability Index) is a critical metric in SMT (Surface Mount Technology) and semiconductor manufacturing, quantifying how well a process can produce output within specified limits. A high CPK value (≥1.0) indicates that the pick and place process is both stable and capable, minimizing defects and ensuring consistent product quality. This is especially important for high-density, high-reliability assemblies where placement accuracy directly impacts yield and long-term reliability.
TM06 Technical Specifications
| Parameter | Specification | 
| Dimensions | 1320mm (L) × 1600mm (W) × 1500mm (H) | 
| Weight | 1320 kg | 
| Power Supply | AC220V (50Hz, single phase), 3kW | 
| Air Supply | 0.5 MPa ~ 0.7 MPa | 
| Vacuum Generation | Built-in vacuum pump | 
| Mounting Head Quantity | 6 | 
| Optimal Mounting Speed | 27,800 components per hour (CPH) | 
| Mounting Accuracy | (XY) ±0.035mm, CPK≥1.0 | 
| Component Height | Up to 12mm | 
| Component Types Supported | 01005, 0201, 0402, up to 5050, SOT, SOP, QFP, QFN, BGA, resistors, capacitors, diodes, transistors, LEDs, ICs, etc. | 
| PCB Thickness | 0.6mm ~ 3.5mm | 
| PCB Size (Standard) | 450mm (L) × 350mm (W) | 
| PCB Size (Optional) | 900mm (L) × 350mm (W) | 
| PCB Conveying | 3-section rail, automatic conveying, PCB support | 
| Nozzle Change | Automatic, 31-hole nozzle library | 
| Control System | Built-in industrial computer (Windows 7), monitor, keyboard, mouse | 
| Drive System | X & Y axes: Panasonic A6 servo motors (Y axis dual motors), S-curve acceleration | 
| Transmission System | X & Y axes: ground screw and silent linear guides (Y axis dual screws) | 
| Feeding System | 60 NXT 8mm standard feeder slots (supports IC tray and stick feeder) | 
| Vision System | 6 fly cameras (up to 16mm × 16mm components), 1 IC camera (up to 36mm × 36mm), 2 mark cameras | 
| Feeder Capacity | 100 feeder positions (8mm), 50 front and 50 rear | 
| Feeding Accuracy | ±0.03mm, CPK≥1.0 | 
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Intelligent Automation & Advanced Features
- Automatic Nozzle Change (ANC): The TM06 features a 31-hole nozzle library, enabling the system to automatically select and change nozzles based on the component being placed. This reduces downtime, increases throughput, and supports a fully automated workflow.
- Universal Mounting Head: The high-precision, multi-functional mounting head supports a wide range of component sizes and types, eliminating the need for manual head changes and maximizing production flexibility.
- Dual Servo Motor Y-Axis Drive: Dual-motor drive on the Y-axis ensures high-speed stability and accuracy, addressing common issues such as angular swing torque and wear found in single-motor systems.
- Robust Frame Structure: The integrally cast iron base and Y-axis gantry provide superior impact resistance and long-term durability, outperforming marble-based structures in both repairability and operational stability.
- Advanced Vision System: The combination of high-speed fly cameras and a dedicated IC camera enables real-time, high-precision component recognition, pin counting, and placement verification—even for large or complex components.
- High-Speed, High-Accuracy Feeding: The NXT feeder system supports rapid, precise component delivery, with a feeding accuracy of ±0.03mm and CPK≥1.0, effectively reducing material loss and improving overall efficiency.
Applications
- LED PCB Assembly
- Consumer Electronics
- Automotive Electronics
- Industrial Controls
- Medical Devices
- High-Mix, Low-Volume Production
- High-Volume, High-Speed SMT Lines
Why Choose Applied Physics Semiconductor?
- Trusted by Industry Leaders: Applied Physics Semiconductor is a US-based provider of advanced SMT solutions, serving customers across North America and beyond.
- Expert Technical Support: Our team offers comprehensive technical support, from initial setup to ongoing optimization.
- Customizable Solutions: We specialize in tailoring SMT manufacturing solutions to meet your unique production requirements.
- Proven Reliability: Our equipment is engineered for long-term stability, high yield, and minimal downtime.









