Grant TC120L Microprocessor-Controlled Circulating Water Bath with Digital Temperature Control

The Grant TC120L Circulating Water Bath is a compact, microprocessor-controlled laboratory instrument designed for precise thermal regulation and fluid circulation in biotechnology and molecular biology workflows. It features a 5-liter reservoir available with either a molded plastic base (ambient +5°C to 99°C) or a stainless steel base (-15°C to 200°C, cooling accessory required), supporting a broad temperature range to satisfy diverse research requirements.

Key technical specifications include:

• Temperature range: -25°C to 120°C (with ±0.05°C stability and ±0.1°C uniformity), essential for molecular diagnostics and biopharmaceutical processing.
• Digital control unit with user-friendly interface providing:
• Three preset temperatures (37°C, 56°C, 72°C) commonly used in cell culture and enzymatic reactions.
• High-temperature alarm and over-temperature thermostat for safety in critical bioprocessing applications.
• Adjustable countdown timer (1 minute to 99 hours 59 minutes) for time-sensitive incubations.
• Liquid-type selection: water, oil, or LTL, enhancing versatility across different thermal protocols.
• Pump specifications: 210 mBar head pressure and 16 L/min flow rate ensure efficient fluid circulation, critical for uniform heat transfer in live-cell imaging and synthetic biology research.
• Physical dimensions: Compact footprint with plastic base (9×13×15 inches) or stainless steel base (8×14×17 inches), weighing 10 lbs, designed for benchtop use in clinical diagnostics and biomedical engineering labs.

This water bath is widely adopted in biotechnology labs for bioprocessing temperature control, gene editing incubation steps, and molecular cloning workflows requiring precise thermal stability. Its efficient circulation and programmable digital controls make it a reliable tool in biomanufacturing and fluorescence analysis applications.

The Grant TC120L is optimized for researchers needing consistent temperature control with flexibility in liquid media, supporting critical biotechnological procedures and synthetic biology experimentation.