Benefits | Applications | FAQ
High Concentricity Through Distortion-Free Clamping
In turning operations, geometric accuracy is crucial. Conventional jaw chucks generate localized radial pressure that can deform components, particularly thin-walled workpieces, during machining. After the clamping force is released, the workpiece often springs back into a geometrically distorted shape.
Magnetic clamping solutions from BRISC reduce this risk through low-stress, full-surface clamping. The uniform distribution of force promotes high dimensional accuracy and parallel flatness while minimizing mechanical deformation. This ensures consistent manufacturing quality across various industries—from solid discs to delicate rings.
BRISC MAGNETIC CHUCKS & CLAMPING SOLUTIONS
Clamping in seconds → drastically reduced setup times for higher output
Unobstructed access → 100% clearance for machining without interference from clamping devices
Absolute stability → secure hold without slipping for maximum process reliability
Minimal operating costs → high energy savings thanks to smart magnetic technology
Increased productivity → Premium quality engineered for higher throughput
Magnetic Chucks for Turning
High-precision system solutions for distortion-free clamping and perfect roundness with every rotation.
PMY
Circular permanent magnetic chuck with micropitch poles
Clamping for grinding
NY
Circular permanent magnetic chuck with parallel poles
Clamping for grinding and turning
EPY
Circular electro-permanent magnetic
Clamping for grinding of disc shaped workpieces on internal
and external grinders with rotary tables
NR
Circular permanent magnetic chuck with radial poles
Clamping for grinding and turning of ring-shaped workpieces
EMW
Circular electromagnetic chuck with radial poles
Clamping for grinding of ring shaped work pieces
EPW
Circular electro-permanent magnetic chuck with radial poles
Clamping for turning or grinding of ring shaped workpieces
EMY
Circular electromagnetic chuck with concentric poles
Clamping for grinding of disc shaped workpieces
EPQ
Circular electro-permanent magnetic chuck with concentric poles
Clamping for grinding of disc shaped workpieces
Flexibility for Complex Workpieces
Magnetic clamping technology offers a high degree of flexibility for a wide variety of workpiece geometries and demonstrates its strengths even with demanding components. Discs, rings, or delicate workpieces can be securely held without damaging contact surfaces or obstructing the work area.
Increased Productivity Through Fast Setup
In turning operations, our magnetic clamping technology significantly reduces setup times, as the time-consuming alignment of conventional jaw chucks is eliminated. With electro-permanent systems, a short electrical pulse is sufficient for reliable activation. Since no obstructing clamping elements restricts the machining space, you benefit from optimal accessibility and can often complete the machining of components in a single setup.
Process Reliability Through Electro-Permanent Technology
Our systems offer strong holding force combined with high operational reliability. The magnetic force remains permanently active after a brief electrical pulse—even in the event of a power failure. Since no continuous current flows during operation, no internal heat is generated in the clamping device. This reduces thermal drift and ensures dimensionally accurate results even at high speeds and during long cycles.
LEADING INDUSTRIAL COMPANIES RELY ON US
Explore our success across various industries: With pioneering magnetic clamping technology and high-precision magnetic chucks, we help leading manufacturers optimize their production processes and achieve first-class results. Discover what we can achieve for your production.
