Japan Pascal Link clamp 7MPa Double acting Unclamp sensor model CLM-B CLM04-FB CLM04-LB CLM04-RB CLM05-FB CLM05-LB CLM06-FB CLM06-RB CLM10-FB CLM10-LB
CLM‑B is a 7MPa double‑acting unclamp sensing link clamp from PASCAL Japan. Designed for automated lines, precision machining, and rapid mold change, it features hydraulic clamping/unclamping and a built‑in unclamp sensor for precise end‑position detection.
Product Introduction: Pascal CLM‑B Series Unclamp Sensing Link Clamp
Overview
CLM‑B is a 7MPa double‑acting unclamp sensing link clamp from PASCAL Japan. Designed for automated lines, precision machining, and rapid mold change, it features hydraulic clamping/unclamping and a built‑in unclamp sensor for precise end‑position detection. It prevents loading/unloading interference, tool collision, and cycle time issues, making it ideal for unmanned continuous production.
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.
- 7MPa double‑acting hydraulic actuation for stable, consistent motion.
- Built‑in unclamp sensing for precise end‑position detection, eliminating loading/unloading interference.
- Linkage mechanism amplifies clamping force with high rigidity and low vibration.
- High protection against chips and coolant for harsh workshop environments.
- Flat mounting requires no embedded machining, simplifying fixture design.
- Multi‑directional mounting (F/L/R) for flexible layout.
- Internal sensor design avoids chip buildup and simplifies fixture structure.
- Low maintenance and long service life for high‑frequency operation.
- Automotive precision machining: Engine components, transmission housings, chassis parts.
- Mold machining: Die steel, cavities, mold bases for rapid changeover.
- General machining: Hardware, sheet metal, small precision parts in unmanned lines.
- High‑density fixturing: Narrow spaces, multi‑fixture layouts for maximum space efficiency.
