JGCLD-PB300ML

Overview

The JGCLD-PB300ML is a 300ml piston component manufactured by Jensen Global Inc. It serves as a consumable part for the JGCLD series of touchscreen programmable shot meters and liquid dispensing systems. This specific piston is designed to fit within compatible cartridge assemblies, enabling the precise deposition of various materials including films or viscous substances. The unit facilitates repeatable deposit shaping in automated dispensing applications.

Feature Summary

• Designed for use with touchscreen programmable shot meter systems
• Facilitates precise and reproducible material deposition
• Compatible with standard cartridge assembly configurations

Applications

• Touchscreen programmable shot meter operation
• Liquid dispensing system maintenance
• Cartridge assembly replacement

Procurement Notes

Verify compatibility with existing Jensen Global dispensing hardware before purchase. Confirm that the 300ml capacity meets current production requirements. Ensure the piston matches the specific interface standards of the target machine model to prevent operational failures during installation.

Selection Notes

Select this component when replacing worn pistons in Jensen Global dispensing units requiring 300ml volume capacity. Consider material compatibility with dispensed chemicals. Verify mechanical fit against the specific dispenser model's cartridge specifications to ensure proper sealing and actuation.

Part Context

This part belongs to the Jensen Global family of dispensing accessories. It complements the JGCLD series of digital liquid dispensers. The component supports the broader ecosystem of precision deposition tools used in industrial manufacturing environments requiring controlled fluid handling.

Replacement Considerations

Ensure the replacement piston matches the original equipment manufacturer specifications. Verify dimensional tolerances align with the dispenser's drive mechanism. Check material composition compatibility with previously dispensed substances to avoid contamination.