Being Scientific BIS-1 Benchtop Incubator Shaker with PID Temperature Control and Orbital Motion

The Being Scientific BIS-1 Benchtop Incubator Shaker delivers precise orbital shaking combined with temperature-controlled incubation in a compact footprint, making it ideal for routine cell culture growth, sample mixing, and timed incubation protocols. Designed for biotechnology and molecular biology laboratories, it supports critical applications such as bioprocessing, gene editing, and molecular diagnostics workflows.

Key technical features include:

• Shaking speed range: 40 to 250 rpm with a 20 mm orbital diameter, supporting consistent agitation for various flask and vessel setups.
• Temperature control: PID microprocessor system maintains temperature from ambient +5°C up to 65°C with 0.1°C resolution, ensuring stable incubation conditions essential for cell culture and synthetic biology experiments.
• Capacity: 10×10 inch platform accommodates loads up to 2 kg (max flask volume 2000 ml), suitable for multiple sample types and volumes.
• Timer: Programmable from 1 to 5999 minutes to allow precise control of incubation duration for reproducible results.
• Construction: Stainless steel chamber with forced-air convection guarantees uniform temperature distribution and durability in biomedical engineering lab environments.
• User interface: LCD display offers easy monitoring and adjustment of operational parameters.
• Additional features: Power-loss recovery and built-in temperature and current protections improve operational reliability and safety during long-term experiments.
• Dimensions and power: Compact size (16×18×25 inches), weighing 71 lbs, powered by 120V, 60Hz, 3.75A, 450W supply, fits typical benchtop space requirements.

This benchtop incubator shaker is widely adopted in synthetic biology research and molecular diagnostics due to its precision temperature and agitation control, making it essential for biopharmaceutical production pipelines and live-cell incubation protocols. Its balance of performance and compact design offers a cost-effective solution for laboratories needing reliable, repeatable temperature-controlled shaking without the footprint of floor models.