|
|
High Flatness D16 Welding Table Tight Tolerance For Robotic Welding
| MOQ: | 1 PCS |
| Price: | 500-1500 USD |
| Standard Packaging: | 4000*2000*200mm |
| Delivery Period: | 15-25 work days |
| Payment Method: | D/A,D/P,T/T,L/C |
| Supply Capacity: | 500 units/month |
D16 welding table tight tolerance
,3D welding table robotic welding
,high flatness welding table
![]()
Frequent coordinate drift and welding defects usually stem from an unstable work datum. Our High Flatness D16 Welding Table Tight Tolerance For Robotic Welding is engineered to solve this problem. With H7 reamed holes, stress relief treatment and a precision-machined surface, it maintains stable benchmarks for robotic welding, reduces robot position compensation and greatly improves the uptime of your automated welding station.
![]()
| Hole Specifications | Φ16mm holes, precision-reamed to H7 tolerance; arranged in a standard 50mm grid (the global industry standard; 2-inch grid options also available). |
|---|---|
| Plate Thickness | Standard 12mm; surface-hardened via nitriding (HV550–900), providing wear resistance and preventing weld spatter adhesion. |
| Flatness |
|
| Hole Tolerances | Hole positional tolerance is ±0.03mm; hole perpendicularity is strictly controlled. The table undergoes artificial aging for stress relief, followed by precision CNC milling and shot peening, ensuring long-term dimensional stability and resistance to deformation. |
![]()
Robotic welding is a form of closed-loop automation, where the robot's motion path is referenced precisely to the welding table surface and its locating holes:
- A stable reference system ensures high repeatability in fixture positioning, resulting in consistent weld seams across batch production.
- It reduces the need for robotic vision-based path correction, thereby lowering error rates and scrap rates.
- A single set of fixtures can be repeatedly installed, removed, and reconfigured for different production runs, all while maintaining high positioning accuracy.
- Warranty Coverage: Under normal operating conditions—excluding damage caused by impacts, overloading, or exposure to excessive heat—the product is warranted for 12 months against issues such as deformation over time or deviations in manufacturing tolerances.
- Exclusions: The warranty does not cover damage resulting from impacts or blows; scoring of holes caused by failure to promptly clear welding spatter; foundation settlement; or unauthorized or improper on-site modifications.
- Warranty Services: Includes remote technical guidance and precision re-evaluation. For repairs requiring a return to the factory, processing costs will be charged as applicable.
Wuxi Lemar Machinery Equipments Co., Ltd. is a professional manufacturer and exporter specializing in high-precision 2D / 3D modular welding tables and full-series clamping accessories. Founded in 2005 and based in Wuxi, China, we focus on R&D, precision machining, nitriding treatment and quality inspection for flexible welding fixture systems.
A: Yes. The 50mm D16 grid follows the mainstream European modular standard. Most standard D16 clamps, rapid locking pins, stops and supports from other brands can fit our table.
A: Yes. We can supply a measuring protocol, material test certificate and heat treatment report. For tender or UNOPS projects, all documents can be stamped.
A: Standard D16 robotic welding table: 15–25 working days.
A: Yes. Our engineering team can provide suggestions on foundation design, anti-vibration solutions, table leveling and fixture layout for robotic cells and offline programming.
If you are looking for a stable precision datum for your automated welding cell, our High Flatness D16 Welding Table Tight Tolerance For Robotic Welding is your ideal choice. Whether you need standard sizes, ultra-precision customization, spliced large platforms or complete fixture kits, our technical team is ready to offer professional solutions and a quotation. Feel free to send your inquiry with your required dimensions, flatness grade and accessory demands. We will reply to you promptly.