500L Professional Mold Incubator, -5-70℃ Temperature Control Range

500L Professional Mold Incubator, -5-70℃ Temperature Control Range is designed for mold and fungal culture, microorganism observation, constant-temperature storage, and routine environmental incubation. With a nominal capacity of 500 L and a temperature range of -5-70℃, it supports controlled handling of cultures, fungal samples, microorganisms, preserved materials, and other laboratory test loads.

The cabinet layout is defined by the chamber size is 670×725×1020mm, the standard shelf setup is 3 shelves, input power is 2250 W, the power supply is AC220V 50Hz. These dimensions and electrical requirements help laboratories plan bench-side placement, floor-standing installation, teaching use, quality inspection, research sample staging, and repeated daily workflows.

Temperature performance includes 0.1°C temperature resolution, high temp ±0.3°C; low temp ±0.5°C fluctuation control, ±1.5°C at 25°C temperature uniformity, a timer range of 0 to 5999 min. The working chamber uses Mirror stainless-steel inner chamber with rounded-corner transitions and removable or adjustable shelf supports for easier cleaning and loading. This construction supports regular loading, cleaning, observation, and repeated operation where stable environmental conditions are important.

Control options are shown as AF-MI500-BPMJ50F: Liquid-crystal display controller. Optional functions may include an embedded printer, RS485 communication, USB data transfer, independent over-temperature alarm protection, multi-segment programmable control, and UV sterilization for applicable mold configurations. Accessory availability and custom chamber-size requirements can be checked by e-mail before ordering.

• 0.1°C temperature resolution supports finer setpoint adjustment, which is helpful for routine cultivation, preservation, and method repeatability.
• The published fluctuation level of high temp ±0.3°C; low temp ±0.5°C helps users maintain steadier chamber conditions during day-to-day experimental cycles.
• Temperature uniformity of ±1.5°C at 25°C helps reduce position-related differences inside the chamber, which is valuable when multiple vessels are loaded at once.
• The published shelf configurations help laboratories organize flasks, bottles, trays, and routine test loads more flexibly within the available chamber volume.
• Optional accessories can include embedded printers, RS485 communication, USB data transfer, independent over-temperature alarm support, multi-segment programmable control, and mold-series UV sterilization where applicable.
• If a configuration needs a different chamber size or accessory package, the quotation can be adjusted by e-mail before order confirmation.