Cruiser CCT Bench Counting Scale with High-Resolution Parts Counting and Portable Design

The Cruiser CCT is a high-precision bench counting scale designed for industrial and laboratory parts counting applications, widely used in biotechnology inventory management, molecular diagnostics, and bioprocessing workflows. Featuring an internal counting resolution of 1:600,000, this scale ensures highly accurate piece counting essential for biopharmaceutical production pipelines and synthetic biology research.

Key hardware benefits include:

• Color-coded keys for rapid access to frequent functions
• Connectivity options via RS-232 and optional USB interfaces for seamless data transfer to computers and printers, aiding integration into laboratory information management systems (LIMS)
• Durable ABS housing designed for industrial environments
• Adjustable leveling feet for precise scale setup in any facility

On the software side, it supports:

• Up to 140 PLUs (Price Look-Ups) for fast product recall and configuration
• Automatic parts counting optimization which refines unit weights dynamically, critical for complex molecular biology sample workflows with variable part sizes
• Preset tare and programmable counting targets to expedite repetitive measurements
• External calibration capability that allows traceable verification against certified weights, ensuring compliance with analytical laboratory standards

The user interface shows weight, unit weight, and count simultaneously on a backlit LCD, facilitating quick data review even in low-light conditions common in biomedical labs. The portable design and inclusion of a rechargeable battery allow flexibility in multi-site lab environments or warehouse inventory checks.

In summary, the Cruiser CCT is essential equipment for precise parts counting in biotechnology applications, clinical diagnostics inventory control, and live-cell imaging resource management, making it a reliable tool for researchers and manufacturers focused on accuracy and efficiency in molecular cloning workflows and biomanufacturing operations.