The operating principle of the Fuji film NXT M6 third-generation placement machine is based on its modular design and high-precision mechanical system. Its core functions are achieved through the following technologies:
1. Modular Structure and Capacity Configuration
With its modular design, the M6 module is twice as long as the M3, accommodating more feeders and handling larger PCBs (up to 534×610mm per track). Users can flexibly combine the number of modules based on production needs, with no theoretical upper limit, allowing for continuous capacity growth by adding modules.
2. High-Speed Placement System
Robot and Camera: Equipped with a high-speed XY robot and a new "Fixed On-the-Fly Camera," dynamic vision positioning is achieved, supporting the full range of placement capabilities, from small components to large, odd-shaped components.
Workhead Technology: Utilizing the H24G high-speed workhead, the single-module placement speed in production-priority mode reaches 37,500 cycles per hour (a 44% increase over the NXT II), with a placement accuracy of ±0.025mm (3σ) in standard mode.
3. Feeding and PCB Handling
Supports dual-track continuous operation (0-second loading time) or single-track operation (2.5-3.4 seconds), and is compatible with up to 45 types of 8mm tape components.
Dispensing position accuracy is ±0.038mm (in production-first mode), ensuring high-precision dispensing requirements.
4. Maintenance and Stability
Regular maintenance of the XY robot's ballscrew (0.3cc oiling of the X-axis) and guide rails (0.9cc), as well as lubrication of the workhead, ensures long-term operational stability.
5. Compatibility and Expandability
Compatible with a variety of feeders and dispensing heads, enabling quick switching to meet diverse production needs.
The operating principle of the Fuji film NXT M6 third-generation placement machine is based on its modular design and high-precision mechanical system. Its core functions are achieved through the following technologies:
1. Modular Structure and Capacity Configuration
With its modular design, the M6 module is twice as long as the M3, accommodating more feeders and handling larger PCBs (up to 534×610mm per track). Users can flexibly combine the number of modules based on production needs, with no theoretical upper limit, allowing for continuous capacity growth by adding modules.
2. High-Speed Placement System
Robot and Camera: Equipped with a high-speed XY robot and a new "Fixed On-the-Fly Camera," dynamic vision positioning is achieved, supporting the full range of placement capabilities, from small components to large, odd-shaped components.
Workhead Technology: Utilizing the H24G high-speed workhead, the single-module placement speed in production-priority mode reaches 37,500 cycles per hour (a 44% increase over the NXT II), with a placement accuracy of ±0.025mm (3σ) in standard mode.
3. Feeding and PCB Handling
Supports dual-track continuous operation (0-second loading time) or single-track operation (2.5-3.4 seconds), and is compatible with up to 45 types of 8mm tape components.
Dispensing position accuracy is ±0.038mm (in production-first mode), ensuring high-precision dispensing requirements.
4. Maintenance and Stability
Regular maintenance of the XY robot's ballscrew (0.3cc oiling of the X-axis) and guide rails (0.9cc), as well as lubrication of the workhead, ensures long-term operational stability.
5. Compatibility and Expandability
Compatible with a variety of feeders and dispensing heads, enabling quick switching to meet diverse production needs.
