HW-T8-80F
The HW-T8-80F is a high-performance 8-head pick & place machine designed for large-scale SMT (Surface Mount Technology) assembly. This machine is engineered for speed, precision, and automation, making it an ideal solution for manufacturers with high-volume PCB production needs.
With its advanced motion control system, intelligent vision alignment, and automated feeder system, the HW-T8-80F provides exceptional accuracy (±0.02mm) and high-speed component placement (up to 20,000 CPH). Whether for consumer electronics, LED assembly, automotive electronics, or industrial applications, this machine guarantees superior efficiency and productivity.
Product Features
- 8-Head Ultra-Fast Placement System – Maximizes throughput and efficiency in high-volume production.
- High-Speed Component Placement – Places up to 20,000 components per hour (CPH), significantly reducing production time.
- Advanced Vision Alignment Technology – Ensures precision with ±0.02mm accuracy, minimizing placement errors.
- Versatile Component Compatibility – Supports a wide range of components, from 0201 microchips to large QFP/BGA IC packages.
- Multi-Feeder System – Automated feeder slots for uninterrupted and efficient material handling.
- Intelligent Touchscreen Interface – User-friendly software with real-time monitoring and customizable settings.
- Heavy-Duty & Stable Construction – Built for continuous operation with a durable design to handle high-volume PCB assembly.
Product Applications
- Mass Electronics Production – Ideal for smart devices, home appliances, and industrial automation PCBs.
- Automotive Electronics Manufacturing – Used for ECUs, sensors, LED headlights, and infotainment systems.
- High-Speed LED PCB Assembly – Essential for LED display panels, streetlights, and automotive lighting.
- Medical Electronics & Healthcare Devices – Used for precision circuit assembly in diagnostic and monitoring equipment.
- Aerospace & Military Applications – Ensures high-accuracy placement for critical defense and aviation electronics.