You can evaluate the quality of a fully automatic terminal crimping machine based on the following aspects:
1. Configuration: Fundamentally, the configuration is paramount, a machine with poor specifications will rarely perform well. Often, a minor issue-such as a single faulty screw or a burr-can cause a failure. Therefore, one should not cut corners here, a fully automatic terminal crimping machine should feature high-quality components.
2. Wire Stripping and Cutting Performance: Carefully inspect the wire after processing. Check for incomplete stripping, misaligned cut edges, damage to the copper strands, scratches on the insulation, noticeable kinks, or inconsistent lengths. Naturally, there is an allowable margin of error for stripping and cutting lengths, calculated as: 0.2mm + (set length × 0.002 mm).
3. Terminal Crimping Quality: The quality of the crimping itself is a primary indicator of the machine's performance. Issues such as crooked terminals, failure to crimp onto the copper strands, or loose crimp connections will directly compromise product quality-a critical flaw.
4. Operating Speed: If the performance regarding the points above is comparable, the machine's operating speed becomes another key metric. Enterprises prioritize these machines for their automation capabilities, higher speeds translate to greater productivity-provided, of course, that the processed wire harnesses meet quality standards.
5. Market Maturity: Consider how long the machine has been on the market. Models released only a year or two ago may suffer from instability and various issues; it is unwise to bear the cost of such unreliability.
Many companies manufacture fully automatic terminal crimping machines, and they often look quite similar. Given the widespread use of these machines across various industries, knowing how to select the right one is crucial.
