Quomodo alta velocitas pulsere partes moldas in fabricatione plantas

Instrumentum pulsere ex manus pulsere unique effectus habet et necesse custodiam cotidie ut extenderet vitam suam servitutis. Ut quomodo custodiamus cotidie pulsere velocitatis? Productor pulsere tibi monstrabit:

1. For high speed stamping dies with a blade clearance of less than 0,02mm or a montanis production of 50000 stamping parts exceeding 1 million stamping parts, the punch is prone to breakage and wear. We should plan a quick change structure with a punch clearance of 0,01mm on one side of the stripping plate for sliding. The cutting edge of the lower mold needs to be fitted with inserts, and the inserts and movable blocks that are prone to material blockage should be planned as screw locking types, and the mold teeth should be tapped or top holes should be added to the lower seat cushion. For high speed stamping molds with a thickness less than (including) 0.3 or a monthly production of 50000 stamping parts and a total production exceeding 1 million stamping parts, auxiliary guide sleeves should be planned for the release plate and lower mold.

3. In stampione alta velocitate, reinforcement aut supportum punctibus ad punctibus circularis cum diametro minus quam 2.0 aut punctibus irregularis cum altitudine secundae minus quam 1.5. Si necesse, insertiones secundae in plate a striptique facient.

4. During high-speed stamping, circular holes with a diameter less than 1.2 or irregular holes with a side length less than 1.2 should be embedded in the discharge plate, and punch support holes should be planned for the stop plate (straight single+0.01~0.015mm, and the discharge plate and stop plate should be positioned with cutting pins).

5. Dimensio sellae conflationis ad partes clausum velocitatis similis mensae puncti et altitudinem fusae clausus adaptetur.

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