Bellco Glass Economy 4-Position Roller Apparatus with Variable Speed and All-Position Drive, 230V

The Bellco Glass Economy Roller Apparatus is a variable speed cell culture roller designed specifically for small-scale animal cell production and bioprocessing applications. Featuring four bottle positions, this unit supports experimental and pilot-scale workflows crucial in molecular diagnostics and synthetic biology research.

Key technical specifications include:

• Heavy-duty DC motor coupled with solid-state electronics ensures reliable, continuous operation.
• All-Position Drive belts prevent slippage, ensuring each roller rotates consistently—critical for uniform cell culture conditions.
• Unique hex-shaped shafts provide positive drive engagement, enhancing bottle rotation stability for lightweight plastic vessels essential in biomanufacturing protocols.
• Adjustable bottle speed range from 0.25 to 3.0 RPM accommodates different cell culture requirements, supporting diverse biotechnology applications such as gene editing workflows and cell-based assays.

The apparatus runs on 230V ±10 Vac at 50 Hz, drawing 1.0 Amp, making it suitable for standard laboratory power setups. Compact dimensions (14″W x 12.8″D x 14.4″H without bottles) and a weight of 21.5 lbs (9.8 kg) allow flexible placement in confined lab spaces used for bioprocess development. Operating environment parameters include 4° to 50° C temperature range and 0–90% relative humidity (non-condensing), ensuring suitability for controlled laboratory surroundings.

This equipment is widely adopted in biopharmaceutical production pipelines and molecular biology laboratories requiring precise, reproducible roller culture conditions for live-cell imaging, cell expansion, and synthetic biology studies. Scaling production is efficient since methods optimized on this unit translate seamlessly to Bellco’s full-size modular roller systems supporting up to 172 bottles.

Ideal for researchers and clinical diagnostic labs, the Bellco Economy Roller Apparatus is essential for pilot-scale cell culture, bioprocessing, and biotechnology research workflows focusing on cell product development and biomanufacturing process standardization.