Performance Mould Incubator (with UV Sterilization)
Performance Mould Incubator (with UV Sterilization) — ToronCubator™ MI-P Series
ToronCubator™ MI-P is a purpose-built Performance Mould Incubator (with UV Sterilization) designed specifically for laboratories conducting fungal cultivation, microbial growth studies, and related biological testing under precisely controlled temperature conditions. Covering a working temperature range of 4°C to 70°C, this laboratory incubator provides the stable, repeatable thermal environment that mould and fungi research demands — from low-temperature preservation to elevated incubation setpoints.
Available in five chamber capacities — 150 L, 250 L, 400 L, 800 L, and 1000 L — the ToronCubator™ MI-P series addresses laboratory needs ranging from focused single-study work to high-throughput multi-sample programs. The BRIGHT I control system, 5-inch LCD touchscreen, and 6-stage adjustable fan speed give researchers meaningful control over incubation conditions beyond just setpoint temperature. One USB port and two RS-485 interfaces support data export and integration with external laboratory systems, while internal non-volatile memory secures program and session data for over 10 years without SD card reliance.
As a dedicated Performance Mould Incubator (with UV Sterilization), the ToronCubator™ MI-P is the right choice for mycology, food safety, pharmaceutical quality control, and any biochemical incubator application where fungal or microbial behavior at defined temperatures is the primary study variable. It also fits naturally into broader laboratory incubators portfolios where category-specific chambers are preferred over general-purpose units.
Performance Mould Incubator (with UV Sterilization) — ToronCubator™ MI-P Series Applications
The ToronCubator™ MI-P is used across microbiology, food science, pharmaceutical, and environmental testing disciplines where fungal and microbial growth under controlled temperature is the defining requirement:
- Mould and Fungi Cultivation — the primary application for this dedicated Performance Mould Incubator (with UV Sterilization); supports controlled growth studies, colony development, and sporulation protocols at defined temperature setpoints
- Antimicrobial and Antifungal Efficacy Testing — incubation of treated samples to evaluate inhibition zones, minimum inhibitory concentrations (MIC), and growth suppression under standardized thermal conditions
- Food Safety and Spoilage Analysis — modeling fungal and microbial spoilage in food products, packaging materials, and ingredients under temperature-controlled conditions
- Pharmaceutical Microbiology and QC — environmental monitoring, bioburden testing, and sterility assurance incubation in pharmaceutical manufacturing and laboratory settings
- Mycology Research — fungal taxonomy, morphology studies, and strain preservation programs conducted in regulated laboratory incubators
- Seed Pathology and Agricultural Research — detection and characterization of seed-borne mould pathogens under programmed temperature profiles
- Environmental and Industrial Testing — assessment of mould resistance in building materials, textiles, electronics, and industrial components
- Academic and Teaching Laboratories — general-purpose incubators for mycology coursework, undergraduate research, and multi-user microbiology programs
Performance Mould Incubator (with UV Sterilization) — ToronCubator™ MI-P Series Key Features
Control System and Interface
- 5-inch color LCD touchscreen for clear parameter entry and real-time temperature monitoring
- BRIGHT I intelligent control system for precise, responsive temperature management
- Programmable multi-segment operation: 30 segments per cycle, 99 repeatable cycles
- Appointment timing function for scheduled, unattended program start
- Internal non-volatile data storage retaining program and session records for more than 10 years without SD card dependency
- Multi-level password management for access control in shared, regulated, or GMP-adjacent environments
Airflow and Temperature Performance
- 6-stage fan speed regulation — adjustable airflow to balance temperature uniformity against surface moisture conditions for mould and fungal protocols
- Variable-frequency refrigeration system with imported compressor for energy-efficient, continuous temperature control
- Temperature range: 4°C to 70°C
- Temperature fluctuation: ±0.3°C (heating mode); ±0.5°C (cooling mode)
- Temperature uniformity at 25°C: ±0.8°C across all five models
Connectivity and Data Integration
- One USB interface for data transfer and program backup
- Two RS-485 interfaces for integration with LIMS, data acquisition systems, and laboratory or building management networks
- Compatible with optional online monitoring platform for remote access and centralized environmental data logging
Alarm and Safety Systems
The ToronCubator™ MI-P includes a full protective alarm suite:
- Over-temperature alarm and automatic shutdown protection
- Door-open alarm
- Water shortage alarm with automatic water replenishment function
- Sensor fault alarm
- Overload and leakage protection
- Compressor over-temperature protection
- Water and power outage recovery function
Chamber and Physical Design
- Double-door construction with inner observation glass panel for sample monitoring without chamber access
- 8W fluorescent lamp inside the working chamber for clear interior visibility during inspection
- Waterproof 220V power socket inside the chamber for in-situ equipment connection
- Test ports on both sides with 30 mm internal diameter for sensor pass-through or external cable routing
- Mechanical lock for chamber security between access intervals
- Maximum shelf load capacity: 15 kg per shelf across all models
Optional Add-Ons
- Online monitoring platform for remote environmental data access and logging
- GPRS SMS alarm for off-site alert notification
- Embedded printer for on-site hardcopy record generation
Theory and Method
The ToronCubator™ MI-P operates on a closed-loop temperature control architecture optimized for the low-to-mid temperature ranges most relevant to fungal and microbial growth protocols. The BRIGHT I control system reads live temperature data continuously from the internal sensor and adjusts output from both the variable-frequency refrigeration circuit and the electric resistance heating elements to hold the chamber at the programmed setpoint.
Temperature Control
Cooling performance is delivered through a variable-frequency compressor-based refrigeration system. Rather than switching the compressor on and off at fixed intervals, the variable-frequency drive modulates output in real time in proportion to the measured deviation from setpoint. The result is temperature fluctuation within ±0.3°C during heating and ±0.5°C during cooling, with spatial uniformity within ±0.8°C at 25°C across all five models. This level of stability is particularly relevant for Performance Mould Incubator (with UV Sterilization) applications, where small temperature deviations can meaningfully affect growth rates, colony morphology, and experimental reproducibility.
Airflow Management
The ToronCubator™ MI-P includes 6-stage fan speed regulation, a feature that distinguishes it from single-speed laboratory incubators in the same category. For mould and fungal studies, airflow management directly affects surface moisture conditions on agar plates and culture media. Lower fan speeds reduce surface drying and support the high-moisture conditions that many fungal growth protocols require. Higher fan speeds improve temperature recovery after door access. The six-stage adjustment allows researchers to dial in the airflow that best fits their specific protocol, without the compromises of a fixed-speed design.
Programming and Data Management
Test protocols are programmed as multi-segment sequences with up to 30 configurable segments per cycle and 99 repeatable cycles. An appointment timing function allows operators to schedule program start in advance — useful when studies require incubation to begin at specific times without manual intervention. All program data and session records are stored in non-volatile internal memory with a retention period exceeding 10 years. The USB and RS-485 interfaces support export to external data acquisition platforms, laboratory information management systems (LIMS), and facility monitoring networks. Multi-level password management limits unauthorized access to program parameters, supporting traceability requirements in regulated or shared environments.
Performance Mould Incubator (with UV Sterilization) — ToronCubator™ MI-P Series Technical Specifications
| Parameter | ToronCubator™ MI-150P | ToronCubator™ MI-250P | ToronCubator™ MI-400P | ToronCubator™ MI-800P | ToronCubator™ MI-1000P |
|---|---|---|---|---|---|
| Volume (L) | 150 | 250 | 400 | 800 | 1000 |
| Voltage | AC 220V ±10V, 50/60 Hz (110V is also available) | ||||
| Ambient Temperature (°C) | 10–30 | ||||
| Temp. Range (°C) | 4–70 | ||||
| Temp. Resolution (°C) | 0.1 | ||||
| Temp. Fluctuation (°C) | ±0.3 (heating) / ±0.5 (cooling) | ||||
| Temp. Uniformity at 25°C (°C) | ±0.8 | ||||
| Power (W) | 900 | 1100 | 1500 | ||
| Timer Range (min/h) | 0–9999 | ||||
| Internal Dimensions W×D×H (mm) | 510×390×760 | 510×450×1090 | 600×640×1050 | 1220×585×1123 | 1363×670×1123 |
| External Dimensions W×D×H (mm) | 650×680×1400 | 650×740×1726 | 745×930×1695 | 1503×910×1820 | 1505×1006×1811 |
| Number of Shelves (Std./Max.) | 3/5 | 4/7 | 4/7 | 8/12 | 8/12 |
| Load per Shelf (kg) | 15 | ||||
| Net Weight / Gross Weight (kg) | 106/122 | 123/153 | 153/185 | 288/344 | 340/390 |
| Package Size (mm) | 770×840×1590 | 790×930×1930 | 890×1110×1900 | 1640×1090×2040 | 1640×1180×2040 |