Automatic Dispenser for Sterile Membrane Filters: Safety in the Laboratory

In regulated microbiological analysis, sterility does not end with filter manufacturing. In fact, manual blister handling is one of the least controlled critical points in many laboratories. How much risk do you take every time you handle a sterile membrane?

A small error during this process can lead to costly consequences, such as false positive results, test repetitions, or non-conformities in audits.

The Solution: CHMLAB Automatic Dispenser

To address this challenge, CHMLAB Group introduces our automatic sterile membrane filter dispenser. This equipment is specifically designed to optimize individual dispensing and drastically reduce the risk of contamination during handling.

How does Touchless technology work?

The system incorporates a smart sensor that detects the user's hand and automatically activates the advance of the protective film. This leaves a membrane perfectly exposed and ready to be removed with tweezers.

This allows you to:

• Minimize blister handling to the maximum
• Reduce the risk of cross-contamination
• Maintain consistency with the most demanding microbiological processes

Efficiency for high-volume laboratories

In addition to safety, the CHMLAB filter dispenser is designed for maximum efficiency in laboratories with a high volume of analysis:

• Total compatibility: Works with our 300 and 600-unit presentations
• Smart design: Its compact and stackable structure facilitates and improves the organization of your workspace
• Speed: Simple installation and immediate membrane availability to streamline your workflows

Main Membrane Applications

This system adapts to different materials and pore sizes, making it ideal for:

• General microbiological analysis
• Legionela control
• E. Coli and coliforms control in water
• Yeast and mold control in the beverage industry (beer)
• Food control

In critical analysis, every detail counts. With the CHMLAB automatic dispenser, you will achieve less time handling and more time analyzing.