HEATER Series Laboratory Hot Plate with Digital Temperature Control
1. Our lab precision heating platform is a professional-grade device with high overall heating performance, suitable for various applications.
2. This lab precision heating platform is suitable for various materials; crystals, ceramics, and other materials can all be heated. If you have any questions (and are unsure whether your material is suitable), please feel free to contact us.
3. This lab precision heating platform has a simple design, making it easy to learn and operate, and also boasts extremely high precision.
- Shenyang Kejing
- Shenyang, China
- 10 working days
- 50 sets
- Information
Introduction of Laboratory High Efficiency Heating Platform:
The HEATER series laboratory mini heating platform is a high-performance heating device developed by our company specifically for material processing and laboratory applications. It is available in two models, HEATER-250 and HEATER-3040, based on heating plate size and heating power. This series of laboratory mini heating platforms is mainly suitable for various materials whose properties and characteristics do not change during heating, and is especially suitable for the heating treatment of temperature-sensitive materials such as crystals, semiconductors, ceramics, and metals.
The HEATER series laboratory heating plate is also widely used in laboratories for chemical analysis, physical measurements, baking, drying, heating and bonding during heat treatment processes, and other constant temperature experiments.
This series of laboratory heating plates uses an integral cast aluminum alloy heating plate, which has excellent thermal conductivity and structural strength, ensuring uniform heating and safety. With a built-in microcontroller as the temperature control core, the laboratory heating plate has fast heating and precise temperature control functions, and the temperature adjustment is flexible; rapid cooling after heating helps to improve experimental efficiency.
The HEATER series laboratory heating plate has a simple structure and convenient operation, making it an ideal heating device for various material research, teaching experiments, and industrial sample processing.
Technical Parameters of Laboratory High Efficiency Heating Platform:
| Product Name | HEATER-250 lab precision heating platform | HEATER-3040 lab precision heating platform | |
| Product Model | HEATER-250 | HEATER-3040 | |
| Technical Specifications of laboratory mini heating platform | Power supply port | AC220V 50/60Hz | AC220V 50/60Hz |
| Heating power of laboratory mini heating platform | 600W | 1200W | |
| Heating plate dimensions | 210mm×150mm | 373mm×273mm | |
| Maximum heating temperature | 200℃ | ||
| Temperature control accuracy | ±1℃ | ||
| Control method | Control panel buttons + microcontroller | ||
| Overall dimensions | 240mm×265mm×160mm | 400mm×337mm×155mm | |
| Net weight | ≈5kg | ≈13.5kg | |
| Installation requirements of laboratory mini heating platform | 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, a standard three-prong socket is required, and ensure proper grounding. 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. | ||
| Compliance of laboratory mini heating platform | 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. | |||
Main Features of Laboratory High Efficiency Heating Platform:
• The laboratory high efficiency heating platform uses an integral cast aluminum alloy heating plate as the heating element, providing uniform heat conduction and improving the safety and stability of the equipment.
• The laboratory high efficiency heating platform has a simple structure and convenient operation, suitable for a variety of experiments and material heating scenarios.
• The temperature control system is highly responsive and the temperature is adjustable, meeting the heating needs of different materials.
• The laboratory heating plate heats up quickly and dissipates heat efficiently, improving experimental efficiency.
• Safe and reliable, suitable for long-term continuous operation.
Why use a one-piece cast aluminum alloy heating plate?
1. Aluminum alloy is an excellent thermal conductor. The integral casting process eliminates gaps between components, ensuring that heat is transferred quickly and efficiently from the heating element to the entire surface. This uniformity is crucial for materials that are extremely sensitive to temperature, such as crystals, semiconductors, and ceramics, effectively preventing changes in material properties or experimental failures caused by uneven heating.
2. The laboratory mini heating platform boasts extremely fast temperature control response. Aluminum alloy has a moderate heat capacity and high thermal conductivity. It can quickly reach the set temperature (up to 200℃) and also cool down rapidly after the experiment. This significantly reduces experimental waiting time and dramatically improves experimental efficiency.
3. One-piece casting means the heating plate is a dense, integral unit, offering higher physical strength compared to stamped or welded structures.
During the thermal expansion and contraction cycles of high-temperature heating and cooling, the one-piece aluminum alloy plate is less prone to warping or deformation, maintaining its flatness.
The equipment is safer and more reliable, suitable for long-term continuous operation, and ensures constant close contact between the sample and the heating surface, extending the equipment's lifespan.
Reasons to choose our laboratory mini heating platform:
Small footprint: Saves valuable counter space.
Chemical resistance: Allows for long-term operation.
Fast heating: Saves overall experimental time.
Consistent temperature: Accommodates different types of containers.
Ease of use: Even novice lab technicians will find it easy to use.
Excellent value for money: A solution suitable for any budget.
Shenyang Kejing: Empowering Scientific Research and Innovation, Becoming a One-Stop Intelligent Manufacturing Expert in the Field of Materials Science:
Shenyang Kejing Auto-instrument Co., Ltd. is a leading domestic manufacturer of equipment for materials research, dedicated to providing complete solutions for new material research and sample preparation to universities, research institutes, and corporate laboratories. As a high-tech enterprise integrating R&D, manufacturing, and sales, we are deeply rooted in the field of materials science, leveraging our strong capabilities as a "one-stop supplier" to meet the needs of the entire process, from basic preparation to high-end analysis.
Shenyang Kejing, paying tribute to scientific exploration with advanced manufacturing, is committed to becoming your most trusted partner on your materials research journey.
