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Transfer tools can work with a wide range of metal products, such as: Upon arrival in the new factory, there is also a chance of encountering problems. As each plant is a little different, it is not certain that the tool works with the new configuration until it arrives. Quality checks are carried out to ensure that the tools are up to standard and to ensure that no damage occurred during physical transmission. The process below, optimized in five steps, is an indication of the tasks associated with it. 1. Disclosure of existing documentation Print piece Part list and work plan Golden Sample Tool drawings and tool maintenance recording Tool maintenance Manual Form and switching manual NCMR History Last 12 months Driving (control measures only) Last GR-R for all measuring devices or control control Plan 2. Documentation Conversion in the new Molder Parts List into an Appropriate Disposal System Measurement of Gold Samples Measurements Create an Audit Report Create a Visual Audit Report Create a Visual Audit Report Tool Identification Package Configuration and Calibration Plan 3. Using the Tool Tools Tools Wear Tools Measure the Size of Gate A Provisional Preventive Maintenance Plan 4. Example of Validation Creating Visual Configuration Instructions Creating Process Sheets Problems related to the Document Process Measures Models (part/cavity) Run a short production order process (PPAP) to confirm function 5. Qualification Process Qualification Documentation Data Recording Process Error Analysis (PFEMA) – according to group control plan – by group process flow – by group Partial Printing Print (if applicable) Print Reception Form (PAF) First Product Review (FAI) Capacity Index (Control Dimensions Only) Gauge Repeatability and Reproducability (GR-R; automotive only) Tool Assessment Material Certification Materials Certification Depending on the situation, tool transmissions can be a complex project. While physically displaced tools can be relatively simple, much of the challenge comes from the rules and regulations that surround them. If third-party transmission tools leave production, make sure they are all compatible with your existing installation.

Many companies validate transfer tools by analyzing the similarity of their new parts to existing parts and conducting gold sampling processes. Negotiating the tool transfer process can be very difficult for importers switching to a new Chinese supplier. And for that to work in practice, you need some planning. The supplier must provide enough security equipment that you can use when validating facilities and production processes at the new site. Typically, partners set up a six-week period as part of the transfer program, although it is important to allow additional positions and/or work on weekends to ensure that everything is on time. The third party may need to purchase unsigned devices to build your transfer parts successfully. Sending equipment generally includes tools and spare parts, devices, test measuring instruments and all other product-specific devices. I ask for proof of the maintenance history, repair history and inspection reports of both, if possible.

Which could be questionable. Don`t hurt asking, though, and the answer will also give an additional indication on how the tools/form was maintained and could give some predictions for its future performance. 3. TOOLMAKER: – Tool transfer documentation should contain all 2D drawing tools as well as cao-3D data, tool contract sharing and transfer, preliminary parameters for each tool as a guide. Why can the tools be moved from one factory to another? We can also remove tools from a factory between two production lots and store them safely for you.