The Heat-Resistant 3D Welding Table D16 with a 50x50 grid surface is a high-precision, flexible fixturing system designed specifically for high-temperature welding applications. Its core features include φ16mm positioning holes and a 50mm x 50mm standard grid, a heat-resistant surface treatment, and five-sided clamping capabilities. It combines high-temperature durability with precise clamping, making it suitable for precision welding of small and medium-sized parts, robotic welding, and multi-variety, small-batch production.

• Heat-resistant and durable: Withstands high-temperature welding processes such as MIG/MAG/TIG/submerged arc welding, easy slag removal, and a 50%+ increase in workbench lifespan.
• Precision clamping: Repeatable positioning accuracy of ±0.05mm, ensuring welding dimensional tolerance of ≤±0.1mm, reducing rework.
• Flexible and versatile: One set of fixtures adapts to multiple types of workpieces, replacing dedicated fixtures and reducing costs by 80%+.
• Intelligent compatibility: CAD/CAM digital models (STEP/IGES) can be imported, supporting automatic robot positioning and offline programming, compatible with Industry 4.0.
• Safety protection: Rounded edges, insulated workbench (optional), and anti-slip feet prevent scratches, short circuits, and tipping hazards.

The Heat-Resistant 3D Welding Table D16 50x50 Grid Surface integrates industrial welding scene-specific safety designs in terms of structure, tabletop, and accessories, avoiding potential safety hazards during high-temperature welding and workpiece clamping. It complies with the safety standards of OHSAS 18001 in Europe and America:

• Structural Safety: The main body of the worktable is connected to the legs using thickened flange plates and 4 M16 high-strength bolts. It prevents tipping over. When the static load is 3T, the tabletop does not shake. The bottom of the legs is equipped with anti-slip rubber pads to prevent the worktable from sliding;
• Operational Safety: All corners of the worktable are rounded with a radius of R5 to avoid sharp edges from injuring the operator; The standard clamping fixtures are equipped with anti-loosening locking devices. During welding vibration, the fixtures do not loosen, preventing the workpiece from falling and causing safety accidents;
• High-Temperature Welding Safety: The tabletop has no flammable components. The heat-resistant process can withstand direct contact with high-temperature welding slag, without the risk of combustion or deformation; A heat dissipation gap is reserved to reduce heat accumulation on the tabletop and prevent the operator from getting burned;
• Electrical Safety: An optional insulated tabletop treatment is available. An insulating pad is added between the tabletop and the legs, with a resistance of ≥ 10MΩ, to prevent short circuits of the welding current and protect the electrical safety of the welding machine and the operator;
• Standard Safety Accessories: The worktable comes with a set of heat-resistant protective gloves, a special shovel for welding slag, a tabletop cleaning brush, and an English safety operation manual (which can be attached to the worktable). It clearly states the safety points for high-temperature welding and workpiece clamping.

Built with precision-forged core components and empowered by heat-resistant technology, the meticulously crafted Heat-Resistant 3D Welding Table D16 with a 50x50 grid surface offers exceptional performance. Leveraging the precise positioning of the 50*50 dense grid pattern, combined with a high-temperature resistant and durable surface treated with nitriding and quenching, and incorporating a flexible five-sided clamping design, this welding table comprehensively guarantees welding accuracy and production efficiency, from high-temperature welding scenarios to precision manufacturing needs. It provides a more professional, durable, and efficient flexible tooling solution for the global industrial welding sector, embodying intelligent manufacturing craftsmanship with its robust quality and helping partners improve the quality and efficiency of their welding production.