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GIMATIC MULTI-STAGE CARTRIDGES


Gimatic's multi-stage cartridge ejectors create vacuum using compressed air. The vacuum pumps are compact, in size, efficient and reliable, ideal to meet the integration requirements of our customers. They allow the development of flexible, modular and lightweight vacuum system.

Modularity and flexibility enable to meet market changes, with reduced costs and increased productivity. Gimatic develops and manufactures products with high quality standards, which allow to improve production processes with reduced energy consumption.




OPERATING PRINCIPLE OF GIMATIC'S EJ CARTRIDGES:

When compressed air passes through the nozzles, the air is sucked by means of the compressed air flow. The suction is generated at each stage, resulting in the generation of vacuum.




TYPES OF CARTRIDGES:

EJ–LP (LOW PRESSURE): The EJ-LP cartridges can reach a high vacuum level with low supply pressure. They are recommended both in applications such as the handling of glass panels or metal sheets and in all sealed circuits, where a good flow rate at a high vacuum level is required.

EJ–HF (HIGH FLOW): EJ-HF cartridges evacuate large volumes of air. They are therefore suitable for handling porous objects such as cardboard, wood and materials with uneven surfaces. Ideal where it is necessary to evacuate large volumes of air to keep the circuit at a certain level of vacuum during the production cycle, compensating for any losses.

EJ–HV (HIGH VACUUM): EJ-HV cartridges are ideal for sealed applications such as glass panel handling, metal sheet handling and thermoforming applications.




LOW ENERGY CONSUMPTION AND REDUCED DOWNTIME:

Integrating the EJ cartridges right into the machines enables to generate vacuum near the point of use, which makes the most of the energy employed and increases the operating speed, eliminating pressure drops and possible inefficiencies of the vacuum circuit.




INTEGRATION - ADVANTAGES:

Bringing the pump closer to the point of use guarantees:

  • Greater Efficiency
  • Reduced energy consumption
  • Better monitoring of the system
  • Reduced gripping and release times




EXAMPLES OF INTEGRATION:


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