Core Technologies
Inner Doors Improve Uniformity
The center shelf forms the base of a convenient and flexible inventory system using conventional racks with boxes, microplates or other storage protocols. Stainless steel shelf and insulated inner-door combinations create choices of interior compartments that can be arranged for long-term, low access biologicals or short-term, frequently accessed material.
• Easy-In / Easy-Out ™ SANYO ™ Inner door latches feature ergonomic design to seal firmly against the cabinet with one hand.
• High strength, insulated inner doors help minimize change in interior temperatures during routine door openings.
• Two inner doors are standard, creating two compartments that can be sub-divided with interior shelves.
• Multiple inner door configurations available on MDF-U72VC models permit creation of additional compartments.
SANYO Refrigeration Delivers Uniform Temperature
The SANYO cascade refrigeration system uses SANYO-built compressors designed for high-performance, reliability and peace of mind. Refrigeration components are carefully selected and matched for optimum operation under demanding laboratory environments.
• Interior design with insulated inner doors maintains maximum top-to-bottom temperature uniformity at all shelf levels.
• Increased cooling capacity improves temperature recovery after door openings.
• Quieter operation is achieved through condenser fan blade design, noise abatement insulation and anti-vibration mounts.
• Voltage boost and surge protection devices permit dependable operation over wider power ranges and environmental conditions.
Patented VIP ™ Insulation Increases Interior Volume By As Much As 30%
SANYO patented VIP™ Vacuum Insulation Panel technology and high-tech, thin profile cabinet walls increase interior volume by as much as 30% for high density storage in a minimal cabinet footprint. Cellular wall construction combines vacuum insulation with polyurethane foam for structural stability and highest insulation values while reducing wall thickness by as much as 50% over conventional methods.