FCX65 Precision Dual - Head Inclined - Bed Lathe for ∅65 Machining | Specifications andTechnicalParameters | | | | ltem | 单位/unit | FCX65 | | Maximum clamping range | Mm | ∅65 | | Processing length range | MM | 200~2000 | | Mlain spindle clarp body accuracy | mm | 0.005 | | Precision of repeated clamping of workpiecas | Mm | <0.03 | | Maximum speed | r/min | 2500 | | i.tain motor powver | kW | 11 | | Overall dimensions 0 wide x High) | Mm | 1700x2000 | | Mechine weight | Kg | 8000 | | Working Accuracy | | | | Processing the coaxiality of both ends | | ≤0.02 | | Total machining length error | | ±0.03 |
The FCX65 is a high - performance dual - head inclined - bed lathe.
Tailored for large - scale production, it enables concurrent
machining, significantly enhancing productivity. - Clamping and Length: This lathe can clamp workpieces with a maximum diameter of ∅65mm.
It supports a processing length range of 200 - 2000mm, suiting
various part sizes.
- Speed and Power: Equipped with an 11 - kW main motor, it reaches a maximum speed
of 2500 r/min, ensuring efficient machining.
- Clamping and Machining: The main spindle clamp body offers an accuracy of 0.005mm.
Repeated clamping precision is less than 0.03mm. The coaxiality of
both ends during processing is ≤0.02mm, and total machining length
error is within ±0.03mm.
- Inclined - Bed Design: The inclined - bed structure promotes smooth chip evacuation and
stability.
- Servo Turrets: Each end is fitted with a 12 - station servo turret, allowing for
flexible tool changes and multitasking.
- Ideal for manufacturing automotive shafts, axles, and transmission
components. The lathe’s precision and dual - head design meet the
high - volume and high - precision requirements of the automotive
sector.
- Used to produce parts for pumps, valves, and industrial machinery.
Its ability to handle long - length workpieces makes it suitable
for manufacturing shafts and other key components.
- Can be employed to create precision parts for aerospace ground
support equipment, ensuring the parts meet strict aerospace quality
standards
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