Binder BD 115 Laboratory Incubator with 115L Capacity and Precise Temperature Control up to 100°C

The Binder BD 115 laboratory incubator is a precision benchtop incubator engineered for temperature-controlled incubation in biotechnological, microbiological, and environmental research fields. Featuring a 115-liter chamber volume with four adjustable stainless steel shelves, this incubator provides ample space for multiple sample racks, supporting workflows such as microbial culture incubation, enzyme reactions, and material testing essential in molecular diagnostics and synthetic biology.

Key technical features include:

• Temperature range: Ambient +5°C up to 100°C with ±0.1°C PID regulation accuracy, ensuring stable and reproducible temperature conditions required for bioprocessing and cell growth studies.
• Active forced air circulation: Optimized controlled airflow distributes heat evenly throughout the interior volume, minimizing temperature gradients critical for biopharmaceutical production pipelines.
• Robust stainless steel interior: Durable corrosion-resistant surface maintains sample integrity and facilitates cleaning, suitable for demanding lab environments.
• Safety systems: Integrated over-temperature cut-off and both optical and acoustic alarms provide secure operation and sample protection.
• Double-glazed door with viewing window: Enhances temperature stability while enabling direct observation without disrupting environmental conditions.
• Digital control panel: Includes timer, temperature display, and RS-232 interface for data logging and integration into laboratory information management systems (LIMS).

Dimensions are approximately 50 × 50 × 46 cm (interior) and 60 × 65 × 90 cm (exterior), with a power requirement of 1.2 kW at 230 V AC, 50 Hz. Weighing around 65 kg, this incubator balances capacity with benchtop practicality.

Widely adopted in biotechnology laboratories and clinical diagnostics, the Binder BD 115 incubator is essential for molecular cloning workflows, live-cell incubation, and environmental sample processing, offering reliable and uniform heating conditions for advanced research applications.