Cruiser CDT Dual Counting Scales with Dual Weighing Platforms and High-Precision Counting

The Cruiser CDT Dual Counting Scales offer a high-precision solution designed for accurate bulk counting and analytical weighing in laboratory and industrial settings, including biotechnology and molecular diagnostics environments. Featuring dual auxiliary weighing platforms, the CDT allows simultaneous control of both platforms through a comprehensive numeric keypad, facilitating efficient stock-taking and order picking workflows.

Key technical features include:

• High internal counting resolution of 1:600,000 for precise measurement and optimal use in bioprocessing and gene editing research requiring exact quantification of parts or samples.
• Auto-refinement of piece weight enhances accuracy during bulk counting operations, critical for synthetic biology workflows demanding reliable sample quantification.
• RS-232 and optional USB interfaces enable rapid data communication with printers and computers, allowing seamless integration into laboratory information management systems (LIMS) and data tracking systems in biomanufacturing.
• Built-in memory to store up to 99 items with associated descriptions, unit weights, and tare weights; this feature supports repetitive use cases common in molecular biology and clinical diagnostics.
• Durable solid ABS housing and adjustable leveling feet for stable setup in diverse lab environments.
• Backlit LCD simultaneously displays weight, unit weight, and count for clear, real-time monitoring during cell imaging sample preparations or fluorescence analysis setups.
• Includes rechargeable battery and AC adapter, enabling flexible operation in field or lab settings without interruption.

This dual counting scale is essential for biotechnology laboratories focused on quality control, biopharmaceutical production pipelines, and molecular cloning workflows that require both accuracy and efficient bulk sample handling. The CDT's programmable tare and auto power-off functionalities further enhance its usability in fast-paced research environments. Its adaptability and precision make it a popular instrument among scientists, researchers, and medical professionals for applications ranging from live-cell quantification to advanced synthetic biology research.