Illuminated incubator

Product Description

Targeted Functionality for Controlled Environmental Research

This laboratory incubator is engineered to meet the exacting demands of research institutions, universities, and industrial labs requiring precise cultivation and growth environments. Designed as a comprehensive solution for culturing microorganisms, conducting plant breeding, or microbial stability testing, the illuminated incubator supports independent control of temperature and light cycles, making it a critical tool for scientists needing reproducible experimental conditions. As a reliable incubator equipment choice from a trusted laboratory incubator supplier, it caters to users seeking adaptability and dependable performance in their workflows.

Precision Engineering with Measurable Performance Characteristics

Equipped with a microcomputer-controlled system, this lab incubator ensures temperature accuracy within ±0.5℃ and offers a resolution of 0.1℃ across a wide 0–65℃ operating range. Its illumination system simulates natural day-night cycles through configurable timing and adjustable light intensity on multiple sides — single, double, or triple illumination structures. The double-layer tempered glass observation doors minimize environmental disturbance while enabling uninterrupted monitoring. With detachable stainless steel interiors for hygiene and an eco-friendly refrigeration compressor, this laboratory incubator combines measurable specifications with sustainability, satisfying stringent lab incubator standards.

Versatile Application Across Scientific and Industrial Sectors

Serving as essential incubator equipment for environments such as microbiology labs, plant physiology research stations, and water quality testing facilities, this device supports controlled experiments requiring stable light and temperature conditions. Its compatibility with accessories like RS485 interfaces and programmable controllers integrates well with automated lab setups, empowering scientific research that demands reproducibility and compliance. Provided by a reputable incubator manufacturer, the illuminated incubator’s flexibility enhances experimentation accuracy in sectors including biotechnology, environmental science, and quality control laboratories.

Product Advantages

Innovative Structural Design and Modular System Integration

The illuminated incubator features a user-centric modular design with detachable stainless steel liners facilitating effective cleaning and contamination control, essential for sensitive biological experiments. Its flexible lighting options include single through tri-sided illumination, adjustable to specific experimental needs. The robust double-layer tempered glass doors with magnetic seals reduce thermal loss and allow observation without environmental disruption. As a laboratory incubator supplied by an established incubator manufacturer, the system architecture supports integration within complex lab incubator ecosystems and ensures durability under continuous operation.

Enhanced Usability and Reliable Performance for Scientific Accuracy

This incubator equipment is equipped with a high-precision microcomputer control system delivering stable temperature and light environments, critical for consistent experimental outcomes. Programmable light and temperature cycles offer automation that reduces manual intervention and error potential. The eco-friendly refrigeration system enhances energy efficiency while maintaining reliable operation in demanding lab conditions. Users benefit from simplified maintenance, advanced control interfaces, and compatibility with external devices through RS485 ports, emphasizing the product’s value for laboratories requiring precision and operational excellence.

Use Scenarios

Controlled Plant Breeding Environments in Agricultural R&D

In agricultural biotechnology and plant research facilities, the illuminated incubator functions as a precision environment simulator, enabling controlled propagation and seedling growth with regulated light and temperature cycles. By mimicking natural day-night conditions, the laboratory incubator supports studies on plant physiology and genetic breeding under reproducible conditions. Its flexible illumination setups and accurate thermal control allow research teams to standardize protocols and achieve consistent results. Integration with existing lab incubator supplier systems ensures smooth workflow and data tracking in research projects focused on crop improvement.

Microbial Cultivation and Environmental Testing Laboratories

Microbiology and environmental testing labs utilize this laboratory incubator as essential incubator equipment for cultivating bacteria, fungi, and other microorganisms requiring tightly controlled growth parameters. The device’s precise temperature control, combined with customizable illumination cycles, supports experiments such as biochemical oxygen demand (BOD) testing and strain cultivation. Its insulated double-glass doors allow undisturbed sample observation, and compatibility with programmable controllers facilitates automation in routine processes. As a product from a reliable incubator manufacturer, it integrates seamlessly into standardized testing procedures and quality control systems prevalent across industrial and academic microbiology environments.

1. What is the difference between I, II and T lighting structure? A Type I: single-sided illumination; Type II: double-sided illumination; T series: three-sided illumination. The maximum light intensity increases sequentially to meet higher plant cultivation demands.
2. What is the temperature range? Is the range different with or without illumination? A Illuminated: 10~65℃; Non-illuminated: 0~65℃. Constant temperature fluctuation ±0.5℃, resolution 0.1℃.
3. Can light intensity levels be adjusted? A Yes. Single-sided model: 4 adjustable levels; double-sided model: 6 adjustable levels; three-sided model supports wide-range continuous light intensity adjustment.
4. What is the standard light source? Can I upgrade to full-spectrum lamp? A Standard light: red & white cold mixed light. Full-spectrum plant growth lamp system is optional for upgrade.
5. Can the inner liner be removed to clean plant residues? A The stainless steel liner is detachable, can be fully taken out for flushing and disinfection to remove medium and plant residues.
6. Can I observe internal samples without opening the door? A Double-layer heat-insulating hollow glass observation door allows direct observation and minimizes internal temperature fluctuation.
7. Will programmed day-night light programs be lost after power failure? A Built-in parameter memory chip automatically retains all settings after power recovery, no program re-editing required.
8. How many segments of temperature & light combined programs can be set at maximum? A All models adopt standard 30-segment programmable controller to freely combine temperature, light, timing and day-night switching processes.
9. Is the compressor easy to damage under long continuous operation? A Equipped with start delay and shutdown interval protection to reduce surge current loss and extend compressor service life.
10. Can the bottom casters be locked? Suitable for long-term static cultivation? A Universal casters matched with support feet. Twist down support feet to lock firmly after moving, stable for long-term static tests.
11. Is the inside easy to rust under high humidity cultivation environment? A All moisture contact areas inside the chamber adopt stainless steel material; anti-rust coating for shell, it resists rust under standard maintenance.
12. What about the load capacity of shelves? Can a large number of tissue culture bottles and petri dishes be placed? A Stainless steel shelves have solid structure to steadily hold regular culture containers without deformation under full load.
13. Can the unit sustain target culture temperature stably in hot summer? A Bidirectional heating & cooling control system maintains set temperature steadily even under high ambient temperature.
14. Can external sensors extend into the chamber to collect data? A Optional test hole allows external probe access to collect real-time environmental data inside the cabinet.
15. Can I connect to computer to export temperature and light experiment data remotely? A Optional RS485 interface connects upper computer or lab LIMS system for remote monitoring and data export.
16. Can I upgrade to color touch screen interface? A Color touch screen is optional for all models. Compared with basic LCD screen, it offers visualized curves and more intuitive operation.
17. Is running noise loud? Suitable for university labs and offices? A Low-noise circulation fan and silent compressor deliver moderate running noise, suitable for regular laboratory environments.