GBC Bench Counting Scales with Rechargeable Battery and RS-232 Interface

The GBC Bench Counting Scales deliver high-precision parts counting optimized for industrial and laboratory environments, particularly suitable for applications in biotechnology, molecular diagnostics, and bioprocessing workflows. This industrial bench counting scale features a compact design with a grade 304 stainless steel top pan and a rugged mild steel base, ensuring durability in warehouse and laboratory settings.

Key features include:

• High-resolution internal counting at 1:600,000, critical for accurate quantification in synthetic biology and biomanufacturing processes.
• Backlit LCD display presenting unit weight, total weight, and piece count simultaneously, enhancing real-time data tracking essential in molecular biology and clinical diagnostics.
• Numeric keypad for flexible sample entry and color-coded keys for easy operation during high-throughput counting tasks.
• RS-232 interface enables fast connection to computers and printers, facilitating integration into laboratory information management systems (LIMS) for traceability and GLP compliance.
• Software functionalities include parts counting optimization that automatically refines piece weight, preset tare for repetitive weighing tasks, and audible alarms for overload and reaching preset totals, supporting bioprocess control and quality assurance.
• Rechargeable battery and AC adapter options provide portability and continuous operation, suitable for field and research lab environments.
• Splash-proof housing and easy-to-clean keypad and display, making it ideal for environments requiring strict contamination control such as cell imaging and biotechnology labs.

This benchtop counting scale is essential for biotechnology professionals requiring precise piece counting in gene editing, synthetic biology experiments, and biomanufacturing production pipelines. It is widely adopted in settings demanding reliable, traceable, and efficient parts counting within molecular diagnostics and laboratory research workflows.