FCW32P Product Introduction

1. Product Introduction

2. Product Features

Clamping Capability

• Range: It can clamp workpieces with a maximum diameter of ∅32mm and a minimum clamping length of 50mm.
• Accuracy: The main spindle clamp body accuracy is 0.005mm, and the precision of repeated clamping of workpieces is ≤0.03mm.

Machining Performance

• Speed: The maximum speed reaches 3000 r/min, ensuring high - efficiency processing.
• Power: A 7.5 - kW main motor provides sufficient power for stable operation.

Structural Design

• Bed Type: The flat - bed design offers stability during machining.
• Toolholders: It is equipped with two 4 - station toolholders at both ends, enabling flexible tool changes.

Working Accuracy

• Coaxiality: The coaxiality of both ends during processing is ≤0.02mm.
• Length Error: The total machining length error is within ±0.03mm.

3. Product Uses

Electronics Manufacturing

• Ideal for machining small - sized electronic components, such as connectors and circuit board parts, due to its high - precision clamping and machining capabilities.

Precision Instrument Production

• Suitable for manufacturing parts of precision instruments, like watch components and optical instrument parts, ensuring high - quality production.

Medical Device Fabrication

• Can be used to produce medical device components, such as surgical tool parts, meeting the strict requirements of the medical industry.

• Product Introduction

  The FCW32P is a high - precision dual - spindle flat - bed machine, engineered for efficient and accurate machining operations.

  Product Features

  • Clamping: Max clamping range ∅32mm, min clamping length 50mm. High - precision spindle clamp body (0.005mm) and ≤0.03mm repeat clamping precision.
  • Performance: Max speed 3000 r/min, 7.5 - kW main motor.
  • Tooling: Two 4 - station toolholders at both ends for flexible tool selection.
  • Accuracy: ≤0.02mm coaxiality for both - end processing, ±0.03mm total machining length error.

  Product Applications

  • Electronics: Ideal for machining small electronic components.
  • Precision Instruments: Suitable for producing high - precision instrument parts.
  • Medical Devices: Capable of manufacturing medical device components.