Radwag C315.15.F1.R Precision Platform Balance with Stainless Steel Platform and RS232 Interface

The Radwag C315.15.F1.R is a high-accuracy precision platform balance designed for precise mass measurement in light industrial and laboratory environments. Featuring a stainless steel AISI304 platform measuring 300 x 300 mm, this balance delivers robust performance and durability ideal for biotechnological applications such as molecular diagnostics and bioprocessing quality control.

Key technical features include:

• Capacity range: 100 g to 15 kg with a readability of 5 g, suitable for weighing larger samples or equipment components in clinical diagnostics and biomanufacturing settings
• Single sensor design ensuring reliable and consistent weighing results under varying conditions
• LCD terminal with backlight integrated on the platform for clear, easy data visualization
• RS232 interface enabling seamless data transfer to laboratory information management systems (LIMS), essential in synthetic biology workflows and molecular cloning procedures
• Multi-functional weighing capabilities:
• Control of over/under limits for quality assurance
• Percentage weighing for concentration or dilution analysis
• Totalization and parts counting facilitating inventory and batch processing
• Animal weighing function useful for biomedical research
• GLP-compliant procedures for regulated laboratory environments
• ALIBI memory ensuring data integrity and audit trail compliance critical in molecular biology and biopharmaceutical production pipelines

Power options include mains supply and an internal rechargeable battery, allowing for portable use and uninterrupted operation in dynamic research laboratories. The balance frame is constructed from powder-coated steel, providing enhanced resistance to environmental factors encountered in biotechnology labs and industrial biomanufacturing.

An optional dual-range weighing feature can be added for expanded flexibility, making the Radwag C315.15.F1.R an essential instrument widely adopted in biotechnology research, clinical diagnostics, and biomedical engineering fields where precise mass measurement is critical.