What should we pay attention to when purchasing a servo feeder press? First of all, let’s take a look at the servo feeder press. We know that the feeder is used for the production of metal coils, sheets, bars and flakes for punching. It is currently used in the press industry and is favored by the market. At present, there are many feeder manufacturers, and the quality of the equipment is uneven. How to buy the three-in-one feeder with the highest cost performance of the enterprise? Here are some tips for buying a feeder!
1. After confirming that you want to purchase the servo feeder press, you should choose a larger factory to purchase the feeder. The size of the main specifications should be compatible with the processing size of the workpiece. Feeder manufacturer information is aimed at the high-tech industry, with computer closed-circuit feedback control, so that the accuracy is guaranteed within ±0.02mm, and the feeder should deliver the sieved material not less than 2.5~3 times of the maximum block. When the transportation is not screened, the maximum block size can be taken twice, that is, the small workpiece should be selected as a small-sized automatic feeder, and the large workpiece should be selected as a large-size feeder to ensure the reasonable use of the equipment.
2. The type of feeding machine selection should be suitable for their own punch size, punch form, type of punch, the weight of the workpiece processing and other factors. There are too many types of punches in the market.
3. The working accuracy of the punch feeder (the proximity of the measured value to the true value) and the processing accuracy required by the process (the proximity of the measured value to the true value) should be compatible. The feeder selects the feeder according to the processing precision requirements of the parts. For the rough machining process with low precision requirements, the feeder with low precision should be selected, and the finishing process with high precision requirements should use the high-precision three-in-one feeder. It should select the feeder according to the processing precision requirements of the parts. For example, the roughing process with low precision requirements should select the feeder with low precision; the finishing process with high precision should use the high-precision three-in-one feeder.