Bellco 10-Position Bench Top Roller Apparatus with All-Position Drive for Cell Culture at 230V

The Bellco 10-Position Bench Top Roller Apparatus is engineered for precise, conventional laboratory mixing of roller bottles, essential in cell culture workflows and biotechnology applications such as molecular diagnostics and bioprocessing. It accommodates 10 glass or plastic roller bottles (110 to 120 mm diameter, up to 28 cm length), enabling experimental and pilot-scale cell production.

• All-Position Drive System: Independently driven rollers ensure consistent rotation and mixing of lightweight bottles, reducing slippage via Bellco’s unique hex-shaped shafts, critical in biopharmaceutical production pipelines.
• Motor & Speed Control: Heavy-duty DC motor with solid-state electronics provides variable speed operation from 0.1 to 4 rpm, shown on an analog tachometer, offering precise control for delicate live-cell imaging preparations.
• Dimensions & Compatibility: Measuring 73 cm (L) x 32 cm (D) x 37 cm (H) excluding bottles, it fits inside Bellco Bench Top Incubators for integrated incubated cell culture systems.
• Electrical Specifications: Operates at 230 V ±10 VAC, 50 Hz, and consumes 1.0 Amp, optimized for standard laboratory power supplies.
• Environmental Tolerance: Suitable for indoor lab use with operating range from 4°C to 50°C and 0–90% relative humidity (non-condensing), ensuring stable performance in various biotechnological environments.
• Bottle Compatibility: Compatible with Bellco roller bottles in glass or plastic, essential for gene editing, synthetic biology, and biomanufacturing research requiring gentle media mixing.

This apparatus is widely used in cell culture labs, supporting molecular biology researchers and biotechnology professionals seeking reliable, variable-speed bench-top roller mixers for animal cell production and media conditioning tasks. The design optimizes fluid dynamics within roller bottles, making it critical for cell expansion protocols and biomedical engineering projects.