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Solving various challenges of joining! 'TOX Joining'

We have a track record of reducing running costs by approximately 30% ★ Introduction of case studies on solving issues such as improving yield and reducing post-processing steps.

TOX joining is a mechanical joining method that utilizes the plastic deformation of the base material. 【Customer Issues Resolved】 1. Aiming to reduce the cost of welding press parts (automobile manufacturer) → Reduced running costs per point by approximately 30% with TOX joining. 2. Wanting to use high corrosion-resistant plated steel sheets, but welding quality is unstable (automotive parts manufacturer) → Stabilized quality with TOX mechanical joining, improving yield rates. 3. Post-processing after welding plated steel sheets like ZAM is cumbersome (building materials manufacturer) → No peeling of plating with TOX mechanical joining, eliminating post-processing steps. 4. Looking to eliminate the riveting process and reduce running costs (home appliance manufacturer) → Replaced rivets costing about 10 yen each with TOX joining, reducing rivet costs. 5. Wanting to increase the cycle of the welding process (home appliance manufacturer) → Simultaneous multi-point pressing with TOX dedicated molds, reducing cycle time to less than half. 6. Wanting to join plate assemblies with thickness differences and unstable welding quality (automotive parts manufacturer) → Achieved joining of steel plates with thicknesses of t0.5 and t2.3 through TOX mechanical joining. If you are interested in these case studies, please contact us for more information.