Japan High Performance Pascal CTP Series 4MPa Dual-cylinder Double-acting Swing Clamp
Example Models:
- CTP04L/R
- CTP05L/R
- CTP06L/R
Typical Introduction of Pascal CTP Series Swing Clamp
Product Overview
Example Models:
- CTP04L/R
- CTP05L/R
- CTP06L/R
A: Depends on the style of tie-rod. We would like to cast and forge once the quantity above 100 pcs.
A: Well, it depends on the quantity and style of hydrualic cylinders, at least 60 days if we make casting and forging, at least 35 days by maching.
A: Sure, we are the manufacutuer and trading of hydraulic cylinder.
A: Double-Acting-have a port at each end, supplied with hydraulic fluid for both the retraction and extension. Single-Acting-hydraulic fluid enters through
a port at one end of the cylinder, which extends the rod by means of area difference. An external force or gravity returns the piston rod.
A: Sure. Show us the drawing, we will quote for you soonest.
A: Yes, we make and supply a wide rang of hydrualic cylinders as a proffetional manufacture, there are only some kinds of them show on the website. Freely contact us to get more information.
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Driving Mode
4MPa hydraulic double-acting design, with hydraulic clamping and hydraulic unclamping. It features smooth movement and fast response, making it suitable for continuous high-frequency automated cycles. -
Sealing and Protection
The seals are compatible with chlorine-based cutting fluids, resistant to chips and coolant interference, and suitable for unmanned clamping and error-proof machining applications. -
Pressure Range
Operating pressure: 1~4MPa; Pressure resistance: 6MPa. Ordinary mineral-based hydraulic oil (equivalent to ISO-VG32) is recommended. -
Environmental Adaptability
Working temperature: 0~70℃, meeting the conventional operating conditions of machine tool workshops. - Mounting Torque
Recommended torque for mounting bolts (Grade 12.9): 7/7/12 N・m; Recommended torque for nuts: 35/60/100 N・m.
1. Automotive Parts Machining: Automated clamping of precision components such as engine blocks and transmission housings, meeting high-frequency and high-precision clamping requirements.
2. Mold Machining: Efficient clamping of die steel and cavity parts, suitable for high-frequency mold changing and station switching in mold workshops.
3. General Mechanical Machining: Precision machining stations for hardware and sheet metal parts, enabling unmanned continuous production and improving production line efficiency.
4. Precision Workholding Fixtures: Machine tool workholding with high-density layout and compact installation space, suitable for integration into automated production lines.
