Welding Table 16mm

The "Welding Table 16mm" refers to a welding workbench with a 16mm diameter for positioning the tabletop. Its core feature is the use of a standardized φ16mm positioning hole system (also commonly known as the D16 hole system) in the industry. It is the most widely used basic model in three-dimensional welding tables (3D Welding Table), different from the heavy-duty model with a larger 28mm (D28) hole diameter. It focuses on lightweight design and compatibility for small and medium-sized component welding.

The core design of this type of welding workbench is centered around a 16mm diameter: the machining accuracy of the positioning holes is typically controlled within φ16.065 - φ16.149mm, and the hole spacing is mostly 50 ± 0.05mm. The surface grid lines are also uniformly 50×50mm, which are suitable for using dedicated 16mm positioning pins, quick fixtures, support blocks and other accessories. This enables the precise positioning and clamping of medium and small-sized workpieces quickly. The material of the workbench is mainly HT300 high-strength cast iron, with common thicknesses of 100mm/150mm. Some lightweight models have a thickness of 80mm. The surface is treated with quenching and nitriding, making it wear-resistant and resistant to the impact of welding slag. The overall load-bearing capacity is mostly between 500kg - 2000kg, suitable for welding scenarios such as sheet metal parts, small mechanical frames, and small automotive components.

 Super strong load-bearing capacity, as stable as a rock
Advantages: The 16-millimeter thick tabletop provides unparalleled rigidity, capable of easily supporting large workpieces and heavy mechanical structures weighing several tons. During the operation, there will be no shaking or deformation, providing a stable foundation for high-precision welding.
 Excellent resistance to deformation, maintaining accuracy forever
Advantages: The thick steel plate has a huge heat capacity, which can effectively absorb and disperse the high-temperature thermal stress generated during welding, significantly reducing the warping deformation of the tabletop due to heat, thus ensuring the overall flatness and accuracy of the workbench over a long period.
 Extremely long service life, long-term benefits from a single investment
Advantages: Extremely strong wear resistance and impact resistance, capable of withstanding accidental impacts such as tool drops and workpiece strikes, significantly superior to thin tabletops. The service life can reach several decades, with extremely low depreciation costs.
Three-dimensional positioning, precision down to micrometer level
Advantages: Combined with precision-machined standard hole systems (with hole spacing tolerances controlled within ±0.05mm) and special fixtures, it can achieve precise positioning and clamping of workpieces in the X, Y, and Z directions. The repeatability positioning accuracy is extremely high, especially suitable for batch production and workpieces with strict size requirements.
 Flexible clamping, capable of handling various complex workpieces
Advantages: The modular design means that by combining different fixtures, support blocks, and pressure arms, any shape of workpiece from simple sheets to complex three-dimensional frames can be quickly fixed, achieving "one platform for multiple uses", eliminating the hassle of making special fixtures for each part.
 Significantly reduce preparation time
Advantages: Traditional welding requires a lot of time for marking, measurement, and temporary spot welding fixation. With this workbench, the precise positioning and clamping of the workpiece can be completed in just a few minutes, reducing the welding preparation time by up to 90%, allowing welders to focus more on the welding itself.