The IS-ACMA family of CO2 and NON-CO2 Incubator Shakers from Crystal Industries features an advanced magnetic drive system designed for reliable, high-performance operation.
Unlike conventional belt-driven systems, the magnetic drive eliminates belts and other wear components, resulting in reduced maintenance, quieter operation, and long-term reliability. The system maintains consistent shaking performance even under high temperature and high humidity conditions, where traditional drives can degrade over time.
Because the magnetic drive generates no additional heat, chamber temperature remains stable—ensuring accurate environmental control for sensitive cell culture and life science applications.
Stable Orbital Motion
The system delivers smooth and uniform orbital motion across the entire shaking platform. This stability supports consistent mixing, efficient oxygen transfer, and highly reproducible culture growth conditions.
Reliable Performance in Controlled Environments
The magnetic drive operates reliably in high-humidity and elevated-temperature incubation environments, where conventional belt-driven systems may experience reduced efficiency or mechanical deterioration.
Thermal Stability
Because the magnetic drive minimizes friction and mechanical contact, it introduces virtually no additional heat into the incubation chamber. This helps maintain stable temperature control, which is critical for tightly regulated biological culture conditions.
Reduced Mechanical Complexity
By eliminating belts and other mechanical transmission components, the magnetic drive architecture significantly reduces maintenance requirements while improving long-term operational reliability.
The magnetic drive technology used in the Crystal Industries IS-ACMA family delivers smooth, dependable shaking performance while protecting critical incubation conditions.
Learn more by downloading our Catalog.
Magnetic drive utilized in the IS-ACMA equipment family from Crystal Industries.