Magnetic

Magnetic equipment

ELECTRO-PERMANENT
In advanced mechanical machining environments, electro-permanent magnetic systems represent a benchmark technology for clamping ferromagnetic components when stability, repeatability, and operational safety are critical. Electro-permanent technology combines the strength of permanent magnets with controlled activation typical of electromagnetic systems. The magnetic field is activated and deactivated through an electrical impulse, while the holding force is maintained without continuous power supply, ensuring constant clamping force, energy efficiency, and above all safety even in the event of power failure. This characteristic is essential in production departments where process continuity and workpiece protection cannot depend solely on electrical power.

The core solution within this segment is the electro-permanent magnetic chuck for milling and grinding, designed to provide high clamping force and uniform magnetic field distribution across the entire working surface. In milling operations and CNC machining, stable clamping reduces micro-movements, vibrations, and dimensional deviations, improving geometrical accuracy and machining quality. In precision grinding, where surface finish and dimensional tolerances depend on absolute stability, the electro-permanent system ensures homogeneous holding force, supporting high-quality surface finishing and tight tolerances. The absence of mechanical clamps allows full tool access to the workpiece, increasing productivity and simplifying setup operations.

These systems are particularly suited for sectors with stringent quality standards such as mold making, aerospace, and automotive, where uniform holding force and operational safety directly impact competitiveness. Tadaah supports customers in selecting the most suitable configuration according to workpiece dimensions, thickness, and machining requirements, ensuring that magnetic clamping technology translates into real production performance.

PERMANENT
Permanent magnetic systems are a fundamental solution in metalworking, fabrication, and industrial handling applications, offering reliability, operational safety, and independence from electrical power supply. The magnetic field is generated by high-performance permanent magnets and remains constant over time, ensuring consistent clamping and safe operation even in demanding industrial environments.

In material handling applications, the manual permanent magnetic lifter enables safe lifting and transport of ferromagnetic loads with immediate magnetic grip and reduced reliance on traditional chains or hooks. The magnetic sheet gripper is specifically designed to handle thin metal sheets or small components, improving operator ergonomics and increasing handling efficiency. When vertical positioning is required, the vertical lifting clamp for ferrous plates allows controlled and secure movement of metal plates in upright position. In maintenance and infrastructure environments, the magnetic manhole lifter provides an effective solution for removing heavy cast iron covers while improving operator safety. The magnetic sweeper for ferromagnetic debris recovery helps maintain safe workshop conditions by collecting metal residues and loose ferrous parts. For sheet metal processing, the magnetic sheet separator facilitates separation of stacked steel sheets, improving workflow and reducing production interruptions.

In machining operations, the permanent magnetic chuck ensures uniform and constant clamping force, particularly suitable for grinding and light milling applications where deformation must be minimized. By distributing magnetic force evenly, the system improves stability, reduces vibration, and enhances dimensional consistency. The circular permanent magnetic chuck is designed for rotational applications or round components, providing stable and geometry-consistent clamping. For precision angular setups, the sine plate with permanent magnetic chuck, available in single or double opening versions, combines accurate angular adjustment with secure magnetic holding, enabling repeatable and controlled machining operations.

In welding and fabrication, the magnetic ground clamp for welders ensures stable electrical contact and consistent welding performance. The double magnetic positioner for welding supports precise alignment of components during assembly, reducing setup time and improving repeatability. The round and cubic magnetic fixture for welding jigs and assembly provides versatile magnetic holding in fixtures and masks, allowing rapid positioning adjustments. The magnetic welding square with prismatic grooves and ferrite magnets enables controlled positioning of sheets or tubes during welding operations, improving geometric accuracy and structural alignment.

For precision clamping applications, the single magnetic prism, the double V magnetic prism, and the matched pair of magnetic prisms allow stable positioning of cylindrical components during grinding or inspection processes, enhancing repeatability and dimensional control. The laminated magnetic block and the pair of rectangular laminated magnetic blocks with V grooves provide robust and versatile support for components with different geometries, ensuring reliable positioning during machining or assembly. The magnetic field transfer parallels are specifically engineered to guide the magnetic field generated by a permanent magnet toward the workpiece, optimizing clamping performance when geometry or distance requires controlled magnetic field direction.

To eliminate residual magnetism that may attract metal particles or interfere with finishing and inspection processes, the bench demagnetizer is an essential tool for restoring neutral magnetic conditions, ensuring cleanliness and dimensional accuracy.

Tadaah assists companies in selecting the correct magnetic solution for each application, ensuring that material handling, machine tool clamping, welding positioning, and precision alignment are performed with maximum efficiency, stability, and operational safety.