HEATER-3040 Digital Hot Plate for Lab

Introduction of Laboratory High Performance Heating Platform:

The HEATER-3040 laboratory high performance heating platform is a high-performance heating device developed by our company specifically for material processing and laboratory applications. It is widely used for materials whose properties and morphology do not change during heating, and is particularly suitable for the heat treatment of temperature-sensitive materials (such as crystals, semiconductors, ceramics, and metals).

The laboratory high performance heating platform can also be used for baking, drying, bonding, and various constant temperature tests in laboratory chemical analysis, physical measurements, and heat treatment processes.  It provides a reliable heat treatment solution for scientific research and production.

The HEATER-3040 laboratory high performance heating platform uses an integrated cast aluminum alloy heating plate, providing uniform heat distribution, robustness, and excellent safety performance. It has a built-in microcontroller-based temperature control system, enabling rapid heating and precise temperature control. The temperature adjustment is flexible, meeting different experimental needs. The device dissipates heat quickly, facilitating efficient continuous use.

The laboratory high performance heating platform features a simple and compact design, convenient operation, and stable and reliable performance, making it an ideal heating platform for material research, experimental teaching, and industrial sample processing.

Technical parameters of the small laboratory heating platform:

Product Name	HEATER-3040 Small laboratory heating platform
Product Model	HEATER-3040
Installation Requirements	1. Temperature and Humidity Requirements: Ambient humidity 10~85%RH (at 25℃, non-condensing), temperature range 0~45℃. 2. Environmental Requirements: No strong vibration sources or corrosive gases around the equipment. 3. Power Supply Requirements: Single-phase AC220V±10% 50/60Hz 4. Cooling Water: Not required for standard equipment. 5. Air Source Requirements: Not required for standard equipment. 6. Workbench Requirements: A sturdy platform with dimensions of 600mm × 600mm × 700mm and a load capacity of ≥50kg is recommended. 7. Ventilation Requirements: The operating environment must be dry and enclosed; no ventilation device is required, and air circulation is strictly prohibited.
Main Parameters	1. Power Supply: AC220V 50/60Hz 2. Heating Power: 1200W 3. Heating Plate Dimensions: 373mm × 273mm 4. Maximum Heating Temperature: 200℃ 5. Temperature Control Accuracy: ±1℃ 6. Control Method: Panel Buttons + Microcontroller
	7. Specifications of small laboratory heating platform: • Dimensions: 400mm × 373mm × 155mm • Weight: ≈13.5kg
Compliance	CE Certified, UL or CSA certification is available at extra cost.
Notes: 1. The device is powered by AC 220V, 50/60Hz. Please confirm the electrical parameters shown on the nameplate on the back of the product before actual use; 2. During use, please avoid placing the device in environments with strong airflow, such as near open doors or windows, or directly under fans or air conditioners, to prevent excessive temperature differences in the heating area; 3. Due to the heating structure and environmental factors, a certain temperature difference between the center and edge areas of the heating plate is normal. It is recommended to place the sample in the center of the heating plate to obtain a more uniform heating effect.

Features of the experiment Heating platform:

• The experiment heating platform uses an integral aluminum alloy cast heating plate as the heating element, ensuring uniform heat conduction and improving the safety and stability of the equipment.

• The experiment heating platform has a simple structure and is easy to operate, suitable for various experiments and material heating scenarios.

• The temperature control system of the experiment heating platform is highly responsive and the temperature is adjustable, meeting the heating needs of different materials.

• The experiment heating platform heats up quickly and dissipates heat efficiently, improving experimental efficiency.

• Our experiment heating platform is safe and reliable, suitable for long-term continuous operation.

The ±1°C high-precision temperature control capability of the HEATER-3040 experiment heating platform relies not only on its advanced internal microcontroller algorithm but also on the "thermal synergy" between the device and its operating environment.  Because the experiment heating platform uses a large, exposed aluminum alloy heat-conducting platform, it is extremely sensitive to ambient airflow. The instructions specifically emphasize "no strong vibration sources," "no airflow," and "enclosed environment" to eliminate interference from external convective heat dissipation on the PID control algorithm. Strictly adhering to these environmental standards minimizes edge effects and ensures that the temperature field distribution on the heating platform surface achieves the most ideal uniformity in highly sensitive experiments such as crystal growth and semiconductor baking, thus avoiding local temperature differences caused by ambient breezes.

Unlike ordinary stamped heating plates on the market, the HEATER-3040 laboratory high performance heating platform utilizes a one-piece aluminum alloy casting process, giving the device a substantial weight of approximately 13.5 kg. This not only demonstrates its robustness and durability but also provides a physical guarantee of its thermal performance. The thick cast aluminum plate possesses a large heat capacity (thermal inertia), meaning it can maintain extremely stable temperatures even when faced with instantaneous heat absorption from sample placement or minor voltage fluctuations. This effectively buffers the potential thermal shock risks to sensitive materials (such as ceramic green bodies or precision wafers) caused by sudden temperature changes, making it an indispensable hardware foundation for high-reliability materials research.

Operating Instructions for Small Laboratory Heating Platform:

1. When using this small laboratory heating platform for the first time, you must carefully read and strictly follow the product manual.

2. The experiment heating platform should be kept away from flammable materials during use and should not be covered.

3. When the experiment heating platform is working, the surface temperature may be extremely high; do not touch the equipment surface directly with your hands.

4. The equipment must be placed on a level, stable, and heat-resistant laboratory bench.

5. The equipment must use a three-hole socket with a ground wire, and the power cord should be kept away from the heating area to prevent high temperatures from melting the insulation layer and causing leakage.

About Shenyang Kejing:

Our company has been deeply involved in material analysis, sample preparation, and various experimental testing for many years, and we have a thorough understanding of the environmental and technical requirements for various operations.

Since our establishment, we have collaborated with thousands of clients and have numerous long-term partners, demonstrating the superior quality of our products and services.

• For your experimental projects, we are confident that we can provide you with more accurate data and faster results.

• In terms of cost, the stability of our equipment also reduces the waste of defective samples, allowing you to allocate your resources to more important areas!

（The image above is a real photo taken at our factory. We have professional staff providing personalized, one-on-one service, from assembly to after-sales support.）

In addition to experiment Heating platform, we also sell hundreds of experimental equipment, accessories, and auxiliary devices. If you have any related work needs, feel free to contact us. We can even arrange a complete set of equipment and guidance for you. This saves you the trouble of purchasing items from many different companies, and avoids the problem of not knowing which company is responsible if something goes wrong later.