Semi-Automatic Cap Opener (8-Channel)

An automated device for opening caps on sample storage tubes in biobanking applications.

Automated capping equipment for medical bottles and containers. Provides consistent and reliable closure for pharmaceutical and medical device packaging.

Automated equipment for sealing various pharmaceutical containers including oral liquid bottles, intravenous solution bottles, penicillin vials, insulin cartridges, and freeze-dried containers with aluminum or rubber caps.

A stand-alone decapper system that automatically opens blood tube caps with high speed and precision. It is designed as an independent unit for automated specimen processing in diagnostic laboratories.

High-precision automated system for filling and capping bottles or tubes with reagents and samples for rapid diagnostic test kits. Maintains accuracy and sterility during the filling process.

Automated assembly machine for combination infusion caps with servo-driven mechanisms and disk-based intermittent indexing. System includes optional air filtration and online quality inspection with automatic rejection.

Automated equipment for manufacturing vacuum blood collection tubes with various additives. Equipped with sterilization and quality inspection capabilities.

An automated tube selection and labeling module supporting dual tube preparation workflows. The system manages specimen tube preparation and labeling for laboratory automation systems.

A benchtop automated capping system for pharmaceutical vials. Designed for small-scale production and research applications in aseptic settings.

Automated equipment for filling, capping, and labeling medical reagent vials and tubes. Designed for pharmaceutical and diagnostic reagent manufacturers requiring efficient production lines.

An adaptive opener designed to help users with reduced hand strength or dexterity remove safety caps and lids from bottles. Available in orange or blue.

A cordless freehand tube sealer designed with a compact shape that accommodates batteries. It is intended to replace traditional large and cumbersome sealing devices used in blood collection and processing.