Welding Table 3D Model

Product Description

Lemar Welding Table 3D Model is a modular and high-precision welding auxiliary device. It adopts a three-dimensional hole array design (usually arranged in a square or grid pattern) and is equipped with a standardized fixture system (such as pins, clamps, supports, etc.) to achieve rapid positioning, clamping, and welding of workpieces. Its core features include versatility, high repeatable positioning accuracy (up to ±0.05mm), and adaptability to welding complex structures. It is widely used in fields such as aerospace, automotive manufacturing, and mechanical processing.

Products Parameters

Parameter	D16 Series	D28 Series
Application	Small precision parts, electronic assembly	Heavy-duty equipment, large structural parts
Load Capacity	Medium (≤2 tons)	Extreme (≥10 tons)
Flexibility	Optimal (dense small holes)	Focused on strength
Typical Industries	Automotive parts, laboratories	Shipbuilding, energy equipment

2D welding table

3D welding table

Welding Jig Table

product Specification

that's our Product

Welding Table 3D Model

Core Structure and Composition
Workbench Surface
Material: Welding Table 3D Model Usually use high-strength cast iron or alloy steel (such as ductile iron QT500 - 7), heat-treated to prevent deformation, and the surface is galvanized or blackened for rust prevention.
Hole Array Design: Standard hole pitch (commonly 50mm×50mm, 100mm×100mm), hole diameter (such as Φ28mm, Φ16mm), with precision threads or smooth holes embedded in the holes, compatible with various fixtures.
Fixture System
Quick Clamping Elements: Hydraulic/mechanical clamps, bolt pins, positioning blocks, etc., to fix the workpiece at any position of the hole array.
Three-dimensional Adjustment Module: Angle gauges, universal joints, height blocks to achieve multi-angle positioning of the workpiece.
Accessory Expansion
Extended workbench, rotating bracket, flipping mechanism, etc., to adapt to the welding of large or irregular parts.

Through Lemar Welding Table 3D Model, enterprises can significantly improve welding efficiency (saving approximately 30% - 50% of working hours), which is especially suitable for the dual demands of high - end manufacturing for precision and flexibility.