LABORATORY INCUBATOR AZA1067
The AZA1067 Laboratory Incubator from AZALAB is a reliable and precision-engineered temperature-controlled incubation system designed for microbiology, cell culture, pharmaceutical testing, clinical diagnostics, and educational laboratories. Built to deliver stable, uniform, and repeatable incubation conditions, the AZA1067 is an essential instrument wherever controlled biological growth and temperature-sensitive processes are required.
This incubator is widely used for bacterial and fungal culture, yeast growth, enzyme reactions, tissue incubation, and biochemical studies, ensuring dependable performance across routine and advanced laboratory applications.
Description
Precise Temperature Control for Reliable Results
The AZA1067 is designed to maintain accurate and consistent internal temperatures, typically operating from ambient +5°C up to 60°C. This precise temperature regulation is critical for sensitive biological processes where even minor fluctuations can affect experimental outcomes.
Depending on application requirements, the incubator is available with:
-
Digital PID temperature controller for high-precision regulation and real-time display
-
Analog capillary thermostat for basic incubation needs
Digital models provide continuous temperature feedback through an LED/LCD display, ensuring ease of monitoring and control.
Robust Double-Walled Construction
The incubator features a double-walled construction engineered for durability, safety, and energy efficiency.
-
Inner Chamber: Fabricated from high-grade stainless steel or aluminum, offering corrosion resistance and easy cleaning
-
Outer Body: Made from powder-coated mild steel, providing structural strength and long service life
The insulated double-wall design minimizes heat loss, improves temperature stability, and reduces power consumption during prolonged operation.
Uniform Heat Distribution
To ensure consistent incubation conditions, the AZA1067 employs natural convection or optional forced air circulation, depending on model configuration. This design ensures:
-
Uniform temperature distribution throughout the chamber
-
Elimination of hot or cold zones
-
Repeatable and reproducible experimental conditions
Such uniformity is essential for microbiological and cell culture applications where consistency directly impacts results.
User-Friendly Internal Design
The AZA1067 is designed with practical laboratory use in mind:
-
Adjustable Shelves: Supplied with removable and height-adjustable wire mesh or perforated trays to accommodate various sample containers, flasks, and culture plates
-
Glass Inner Door: Toughened glass inner door allows sample observation without opening the main door, maintaining internal temperature stability and reducing contamination risk
Built-In Safety Features
Safety is a critical aspect of the AZA1067 design. The incubator is equipped with:
-
Over-temperature protection
-
Automatic cut-off system
-
Thermal fuse protection
These features ensure safe operation during long-duration or unattended incubation cycles, protecting both samples and equipment.
Applications
-
Microbiological Incubation: Bacterial, fungal, and yeast cultures
-
Biological & Cell Culture Research: Controlled growth environments
-
Pathology & Diagnostic Laboratories: Sample incubation and preservation
-
Educational Institutions: Practical training and academic experiments
-
Pharmaceutical Laboratories: Stability testing and quality control
Key Advantages
-
Accurate and stable temperature control
-
Uniform heat distribution throughout the chamber
-
Durable double-walled insulated construction
-
Glass inner door for sample viewing
-
Digital or analog control options
-
Energy-efficient and safe for continuous use
-
Wide range of standard and custom capacities
Technical Specifications
| Attribute | Details |
|---|---|
| Model | AZA1067 |
| Temperature Range | Ambient +5°C to 60°C |
| Temperature Accuracy | ±0.5°C to ±1.0°C |
| Construction | Double-walled; SS/Aluminum inner, MS outer |
| Control System | Digital PID controller / Capillary thermostat |
| Display | Digital LED/LCD or analog |
| Inner Door | Toughened glass |
| Shelves | 2 or more adjustable trays |
| Air Circulation | Natural convection / Forced air |
| Capacity Options | 30L, 55L, 90L, 150L, 250L (custom sizes available) |
| Power Supply | 230V AC, 50Hz |
| Safety Features | Overheat protector, auto cut-off, thermal fuse |
Frequently Asked Questions (FAQ)
Q1: Can this incubator be used for fungal and bacterial cultures?
Yes. The AZA1067 is ideal for bacterial, fungal, and yeast incubation under controlled temperature conditions.
Q2: Does the incubator support digital temperature control?
Yes. Models are available with digital PID controllers or analog thermostats based on user requirements.
Q3: What capacities are available?
Standard capacities range from 30 liters to 250 liters, with custom sizes available on request.
Q4: Can samples be viewed without opening the door?
Yes. The toughened glass inner door allows visual monitoring without disturbing internal conditions.
Q5: Is it suitable for long-duration incubation?
Absolutely. Built-in overheat protection and thermal cut-off systems ensure safe, continuous operation.
Product Highlights
-
Accurate temperature control from ambient +5°C to 60°C
-
Double-walled insulated chamber with glass inner door
-
Uniform heat distribution for reliable incubation
-
Digital or analog temperature controller options
-
Ideal for microbiology, cell culture, and diagnostics
-
Available in multiple standard and custom chamber sizes
Model: AZA1067
Additional information
| Temperature Range |
Ambient +5°C to 60°C |
|---|---|
| Temperature Accuracy |
±0.5°C to ±1.0°C |
| Construction |
Double-walled; SS inner, MS outer |
| Display |
Digital or analog options |
You may also like…
3D PRINTER AZA1255
The AZA1255 AZALAB 3D Printer is a high-precision, versatile additive manufacturing system engineered for educational institutions, research laboratories, professional design studios, and industrial prototyping environments. Designed to deliver speed, accuracy, and repeatability, this advanced 3D printer is ideal for producing functional prototypes, detailed models, custom components, architectural parts, and educational aids.
Combining robust mechanical design with intelligent control software, the AZA1255 ensures consistent, high-quality output across a wide range of applications.
PETROLEUM PRODUCT DISTILLATION TESTER AZA1284
The AZA1284 Manual Distillation Unit from AZA Lab is a high-precision, front-type petroleum distillation system engineered for accurate determination of distillation characteristics of petroleum products in accordance with ASTM D86 and GB/T 6536 test methods. Designed for laboratories that require reliable manual control with superior thermal stability, this unit delivers consistent, repeatable, and standards-compliant results.
With its dual-unit configuration, independently controlled constant-temperature baths, and continuously adjustable heating power, the AZA1284 offers exceptional flexibility and efficiency for routine quality control, inspection, and research applications.
TAG CLOSED CUP FLASH POINT TESTER AZA1280
Standards Compliance
- ASTM D56 (Tag Closed Cup Method)
Measurement Capability
- Flash Point Range: –40°C to 70°C
- Suitable for liquids with flash points below 93°C
- Designed for low viscosity and highly volatile samples
Related products
DAILY RAIN GAUGE AZA1080
The Daily Rain Gauge is a fundamental precipitation measuring instrument used in meteorology, environmental laboratories, agriculture, hydrology, and educational weather stations. Designed for simplicity, accuracy, and durability, AZA1080 by AZALAB enables precise manual measurement of daily rainfall over fixed observation periods, typically 24 hours.
Manufactured from transparent, UV-resistant polycarbonate, this rain gauge provides excellent visibility of collected rainfall while withstanding prolonged outdoor exposure. Clearly graduated markings in millimeters (mm) ensure accurate and repeatable readings, making it suitable for both scientific monitoring and instructional use.
DIGITAL VERNIER CALIPER AZA1079
The Digital Vernier Caliper is a high-precision dimensional measuring instrument widely used in laboratories, engineering workshops, industrial inspection, and research environments. Combining the proven mechanical accuracy of a traditional vernier caliper with the speed and clarity of a digital LCD display, AZA1079 by AZALAB delivers fast, reliable, and repeatable measurement results.
Manufactured from hardened stainless steel, this digital caliper is corrosion-resistant, wear-resistant, and designed for long-term laboratory and industrial use. It is ideal for accurately measuring internal dimensions, external dimensions, depths, and step measurements where precision directly impacts testing outcomes or product quality.
GRADUATED MEASURING JARS AZA1047
AZA1047 Graduated Measuring Jars from AZA LAB (Azalab) are precision-designed containers used for accurate measurement, handling, and transfer of liquid volumes in laboratory, industrial, construction, educational, and kitchen environments. Engineered for durability and clarity, these jars deliver reliable and repeatable measurements where accuracy is critical.
Manufactured from high-quality polypropylene (PP), polycarbonate (PC), ordinary glass, borosilicate glass, or soda glass, the jars offer excellent chemical resistance and thermal stability, making them suitable for use with acids, alkalis, solvents, water, oils, and hot liquids, depending on material selection.
MORTAR AND PESTLE (PORCELAIN) AZA1083
Porcelain Mortar and Pestle Sets are essential manual grinding tools used across chemical, pharmaceutical, analytical, and academic laboratories for crushing, grinding, and homogenizing solid substances. AZA1083 by AZALAB is purpose-designed for laboratory-grade performance, combining chemical inertness, mechanical strength, and efficient grinding capability.
Manufactured from high-fired laboratory porcelain, this mortar and pestle set delivers excellent hardness and abrasion resistance while remaining non-reactive with sensitive or aggressive chemicals. The combination of a glazed exterior surface and unglazed grinding interior ensures optimal friction for material breakdown while preventing contamination, staining, or sample absorption.
RUBBER TUBING AZA1082
Laboratory Rubber Tubing is a critical flexible connector used extensively in chemical, biological, analytical, and industrial laboratories for the safe transfer of gases, liquids, and low-pressure fluids between apparatus. AZA1082 by AZALAB is engineered for durability, elasticity, and chemical resistance, ensuring reliable performance in demanding laboratory environments.
Manufactured from premium-grade natural or synthetic laboratory rubber, this tubing offers excellent tensile strength, flexibility, and resilience while maintaining a chemically inert inner surface to prevent contamination of samples. Its smooth internal bore ensures uninterrupted flow, while the abrasion-resistant outer surface withstands repeated bending, clamping, and handling.
SAMPLING BOWLS AZA1051
The AZA1051 Sampling Bowls are fabricated from high-quality stainless steel (AISI 304 or equivalent), ensuring long service life without rusting, staining, or corrosion. Their mirror-polished, non-reactive surface prevents material adherence and enables rapid, contamination-free cleaning between uses.
The wide open mouth allows easy pouring, mixing, weighing, and visual inspection of samples, while the flat and stable base ensures secure placement on benches, weighing scales, or field work surfaces. These bowls are suitable for handling dry, semi-solid, and liquid samples with equal efficiency.
Fully autoclavable and stackable, AZA1051 bowls support sterile workflows and compact storage, making them ideal for both laboratory and on-site testing environments.
TRIPLE BEAM BALANCE AZA1088
The AZA1088 Mechanical Triple Beam Balance is a robust, electricity-free laboratory weighing instrument designed for accurate mass measurement of solids, powders, and containers. It is widely used in chemistry, biology, agricultural, and educational laboratories, as well as in field testing environments where digital balances may be impractical or unreliable.
This balance is a time-tested analog weighing solution, valued for its durability, repeatability, and simplicity of operation. With no requirement for batteries or external power, it delivers dependable performance in classrooms, research labs, and remote locations.
TRIPLE BEAM BALANCE WITH VERNIER AZA1087
The AZA1087 Triple Beam Balance with Vernier is a high-precision mechanical laboratory weighing instrument designed for accurate mass determination in scientific, educational, and field laboratory environments. Known for its reliability, durability, and independence from electronic components, this balance is especially suited for applications involving cement, soil, aggregates, chemicals, and powdered materials.
Unlike electronic balances that depend on power supply, sensors, and frequent recalibration, the AZA1087 delivers consistent and repeatable results through a purely mechanical counterweight system, making it ideal for rugged testing conditions, long-term use, and instructional settings.
