High Temp Resistant Bellows Vacuum Suction Nozzle, PJG-6 30 Double Layer Silicone Suction Cup, Pneumatic Industrial Robot Accessories for Injection Molding Lines

First, high temperature resistant material advantage. Premium high temperature silicone formula can work stably for a long time in high temperature environment up to 250℃, solves the problem of rapid aging and failure of ordinary suction cups in high temperature workshops such as injection molding and hot pressing, greatly reduces replacement frequency. Second, double layer structure multi-scene adaptation advantage. Double layer bellows buffer structure provides sufficient height compensation and impact buffering, can adapt to various irregular workpiece surfaces, has wider application range than flat suction cups, and effectively reduces workpiece damage caused by impact. Third, quick install nozzle high efficiency advantage. Suction nozzle type quick plug interface realizes tool-free fast installation and replacement, greatly reduces maintenance time and equipment downtime, improves production efficiency, and is especially suitable for large-scale automation production lines. Fourth, industrial grade long service life advantage. High-quality silicone formula with anti-aging additive, excellent high temperature resistance and tear resistance, maintains stable performance under long-term high temperature high-frequency operation, greatly reduces equipment downtime and maintenance costs. Fifth, universal interchangeable cost advantage. Standard 6mm suction nozzle interface is fully compatible with existing mainstream pneumatic systems and robot equipment, no need to modify fixtures, direct replacement and use, zero transformation cost, greatly reducing the procurement and transformation cost of automation spare parts.

First, confirm the working environment temperature and workpiece type: this PJG-6 30 suction nozzle is suitable for high temperature working environments such as injection molding, hot pressing and high temperature packaging, used for gripping plastic parts, food packaging, electronic components and other workpieces, confirm that the workpiece size and weight match the 30mm diameter suction nozzle load range. Second, inspect the silicone sealing lip and double layer bellows of the suction nozzle before installation, confirm no cracks, scratches, yellowing, aging and debris adhesion, ensure the silicone surface is intact and elastic to avoid vacuum leakage. Third, align the 6mm suction nozzle interface with the pneumatic pipeline quick plug connector, insert directly and lock firmly, no tools required, confirm the connection is tight and there is no air leakage. Fourth, connect the vacuum pipeline and conduct air tightness test, adjust the vacuum negative pressure to the recommended range of -50kPa~-70kPa, check that there is no air leakage at the interface and the sealing lip is evenly fitted. Fifth, carry out trial adsorption operation on the target workpiece, verify that the workpiece is firmly adsorbed without offset, shaking or surface marks, confirm that the double layer bellows can provide sufficient buffer compensation, and it can be lifted stably at the set moving speed under high temperature environment. Sixth, start formal production after passing the trial run. For daily maintenance, regularly wipe the silicone suction nozzle with clean soft cloth or neutral cleaning agent to remove dust, oil stains and debris, check the silicone hardness, yellowing degree, bellows integrity and sealing lip wear degree every 2 weeks, and replace the suction nozzle in time if obvious hardening, yellowing, cracking, suction weakening or bellows damage occurs.