Permanent Magnetic

120 N/cm² Magnetic Clamping Chuck for Medium-Strength Grinding120 N/cm² magnetic clamping chuck gives medium-strength grinding power for ferrous parts. Uniform flux, low heat, 24-hr running, 13 sizes.

Waterproof Electromagnetic Grinding Chuck 110V DC110 V DC waterproof electromagnetic grinding chuck consumes ≤2.4 A. 24-hr continuous duty, 120 N/cm² clamp, IP65, 13 sizes.

Rectangular Electromagnetic Chuck for Surface Grinding120 N/cm² uniform magnetic clamping, 24-hr waterproof grinding chuck for medium-duty surface grinders. Zero distortion, 3 m power cord, 13 sizes

Magnetic Workholding Blocks for CNC 5-axisModular magnetic workholding blocks give 5-axis clearance. 20 000 N hold, 360° access, 30 s change-over.

Permanent Magnetic Chuck for GrindingUltra-flat 0.002 mm permanent magnetic chuck for surface grinding. Oil-sealed, anti-rust, sub-second activation, no heat distortion.

CNC Magnetic Chuck for MillingSteel-sealed, oil-injected super permanent-magnetic chuck for CNC milling. No power, 80 % faster clamping, 0-0.003 mm repeatability.

Fine-Pole Magnetic Chuck for Gantry MillingFeaturing alternating N-S rare earth magnets in a grid layout, this chuck delivers strong, even clamping. It maintains full magnetic force without

Custom Permanent Magnetic Chuck for Large GrinderMade from monolithic low-carbon steel and sealed with epoxy resin, this chuck ensures high rigidity and durability. It supports re-machining of the

High-Power Magnetic Chuck for Gantry MillsSuitable for large gantry machining centers, this magnetic chuck provides consistent 180N/cm² holding force. It consumes power only during switch operation,

Large CNC Permanent Magnetic Chuck for Gantry Mill & GrinderElectrically controlled permanent magnetic chuck built for large gantry milling and grinding machines.. Clamps with even flux and no

High-Speed Electro Permanent Magnetic Lifter for 3C IndustryDesigned for high-speed handling in automation systems, this electro permanent magnetic lifter offers 0.1-second magnetization and