Phone:
(701)814-6992
Physical address:
6296 Donnelly Plaza
Ratkeville, Bahamas.
Description
| Brand Name | Favamill |
| Product Name | Automotive Welding Cell Checking Fixture |
| Tolerance | ±0.002mm |
| Material | SKD11, SKD 61, Cr12MOV, D2, SKH-9, RM56, ASP23 etc. |
| Design Software | AutoCAD, Solid works, PRO/E, UG |
| Standard | ISO9001 |
| Mould Type | Compound Stamping Die, Single Stamping Die, Progressive die or according to Customer’s requirements |
| First Trial | 15-25 days after mold drawing confirmed |
| Mould Life | Depends on customer’s production capacity |
| Quality confirm | Can send strip layout of die, testing video, inspection certificate and sample of product |
| Package | PE bags and carton for products, wooden case for Die/mold, or as customer’s requirements |
Features
Automotive welding cell checking fixtures play a crucial role in ensuring the accuracy and quality of welding processes in automotive manufacturing. Here are some common features of these checking fixtures:
1. Custom Design: Automotive welding cell checking fixtures are designed specifically for the welding cell and the components being welded. They are tailored to fit the dimensions, geometries, and specifications of the welded parts.
2. Robust Construction: These fixtures are built to withstand the harsh conditions of a welding environment. They are constructed using durable materials, such as steel or aluminum, to provide stability and longevity.
3. Locating and Clamping Elements: Checking fixtures incorporate precise locating and clamping elements that securely position and hold the components in place during welding. These elements ensure consistent and repeatable positioning for accurate weld quality assessment.
4. Weld Seam Access: The checking fixture design allows for easy access to the weld seam being inspected. It often includes provisions for proper electrode placement and clearance for welding tools, ensuring accurate assessment without interference.
5. Geometry Verification: The checking fixture verifies the geometry and alignment of the welded components. This ensures that the welds are in the correct position and that the assembly meets the required specifications.
6. Joint Fit-up Assessment: Checking fixtures assess the fit-up of the joints before welding. They verify that the components are correctly positioned and aligned for optimal welding quality and integrity.
7. Tolerance Verification: These fixtures include measuring points, datum references, and gauging surfaces to verify the dimensions and tolerances of the welds. They ensure that the welds meet the specified requirements and quality standards.
8. Heat Resistance: As welding cells generate high temperatures, the checking fixtures are designed to withstand heat without warping or deforming. Heat-resistant materials or coatings may be used to ensure reliability and accuracy.
9. Ease of Use: Checking fixtures are designed for ease of use by operators in the welding cell. They often feature intuitive interfaces, clear labeling, and ergonomic considerations to facilitate efficient use and minimize errors.
10. Documentation and Reporting: Many checking fixtures provide a means for documenting and recording measured data during the welding process. This data can be used for traceability, process analysis, and quality control purposes.
The specific features of automotive welding cell checking fixtures can vary depending on the welding process, component complexity, and customer requirements. We also incorporate additional features specific to their welding cell setup and production needs.
