Miltenyi Biotec AutoMACS 003

• Isolation of specific cell populations for research and clinical applications.
• Depletion of unwanted cells from a sample.
• Preparation of samples for flow cytometry, cell culture, or molecular biology.
• Enrichment of rare cell types from heterogeneous mixtures.

Typical throughput

Capable of processing multiple samples per hour, depending on the separation program and cell type.

Power supply

Typically operates on standard laboratory mains power, commonly 230V, 50Hz in the UK.

Footprint

Benchtop unit, designed to fit within standard laboratory workspaces.

Separation principle

Utilises MACS Technology for magnetic cell separation.

Operation

Automated operation with pre-set separation programs.

Cell viability

Designed to maintain high cell viability post-separation.

• What types of cells can be separated with an autoMACS system?

  autoMACS systems are typically used for separating various cell types, including immune cells, stem cells, and other primary cells, provided they can be labelled magnetically.

• Does this unit require specific reagents?

• Is training required to operate an autoMACS separator?

• What maintenance is typically involved for this type of equipment?

• Can this unit be used for clinical applications?

Pharmaceutical separators are regarded as essential equipment for drug manufacturing and purification processes. Buyers typically prioritise equipment with validated performance history and comprehensive documentation. When purchasing used units, inspecting separation efficiency, material compatibility with pharmaceutical products, and maintenance records proves critical. Industry sentiment favours separators offering reliable particle removal, scalability for batch variations, and compliance with GMP standards. Durable construction and established brand heritage generally indicate better long-term value and regulatory acceptance within pharmaceutical operations.

General overview for this equipment type