The digital stainless steel hot plate is equipped with dual-way temperature regulation system and precise temperature control function. It is an indispensable laboratory instrument for scientific research and education institutions engaged in botany, biology, microbiology, genetics, medicine, environmental protection and other disciplines, widely applied in low-temperature constant temperature tests, incubation experiments, environmental simulation tests and more.
Digital Constant Temperature Stainless Steel Laboratory Hot Plate
1. Main Features of Temperature-Controlled Stainless Steel Hot Plate
- 1. Working surface made of stainless steel with outstanding anti-corrosion performance.
- 2. Heating substrate fabricated from aluminum alloy featuring high thermal conductivity, fast heat-up and uniform temperature distribution.
- 3. Original Yudian AI PID digital intelligent temperature controller, high precision, safe, intuitive and easy operation.
- 4. High-performance solid state relay (SSR), service life 100 times longer than conventional mechanical contact relays.
- 5. Fast & uniform temperature rise, simple operation with over-temperature alarm function for safe usage.
- 6. Heating elements manufactured with special forming technology, free of warpage and deformation under high temperature.
- 7. Full cabinet housing constructed from SUS304 stainless steel, no paint peeling or rust under standard working environments.
- 8. Control system built with cooling fans and heat dissipation windows to prevent internal components from overheating even under extreme operating conditions.
- 9. Rapid uniform heating, user-friendly operation and reliable safety performance.
- 10. All our stainless steel hot plates adopt multiple premium stainless steel heating tubes for quick convenient maintenance and ultra-low failure rate.
- 11. Fast temperature rise, low power loss and excellent surface temperature uniformity.

2. Technical Specifications of Model ET-200BXG
- 1. Model No.: ET-200BXG
- 2. Power Supply: AC220V 50Hz
- 3. Rated Heating Power: 1500 W
- 4. Effective Working Area: 200 × 200 mm
3. Technical Parameters of Other Standard Sizes
| Model | Product Name | Working Size (mm) | Heating Power | Temperature Range | Remarks |
|---|---|---|---|---|---|
| ET-1515 | Stainless Steel Hot Plate | 150×150 | 600W | Ambient ~ 350℃ | Models ending with “BXG” are stainless steel surface version |
| ET-1515BXG | Stainless Steel Hot Plate | 150×150 | 600W | Ambient ~ 350℃ | Stainless steel work surface |
| ET-2020 | Stainless Steel Hot Plate | 200×200 | 800W | Ambient ~ 350℃ | Standard aluminum surface |
| ET-2020BXG | Stainless Steel Hot Plate | 200×200 | 800W | Ambient ~ 350℃ | Stainless steel work surface |
| ET-3030 | Stainless Steel Hot Plate | 300×300 | 1000W | Ambient ~ 350℃ | Standard aluminum surface |
| ET-3030BXG | Stainless Steel Hot Plate | 300×300 | 1000W | Ambient ~ 350℃ | Stainless steel work surface |
| ET-4030 | Stainless Steel Hot Plate | 400×300 | 2000W | Ambient ~ 350℃ | Standard aluminum surface |
| ET-4030BXG | Stainless Steel Hot Plate | 400×300 | 2000W | Ambient ~ 350℃ | Stainless steel work surface |

4. Product Application Scope
- 1. Laboratory heating & thermal testing equipment, essential instrument for biology, genetics, medical hygiene, environmental protection, biochemistry, analytical chemistry, teaching and research laboratories.
- 2. Soldering and component rework for LED aluminum substrates and lamp beads.
- 3. LCD & mobile screen repair, cable disassembly, touch screen adhesive removal.
- 4. Sample baking and drying with constant temperature heating for all industrial sectors.
- 5. Electronic component preheating and SMD disassembly rework for electronics manufacturing industry.
5. Operation & Maintenance Instructions
1. The power socket must be reliably grounded to guarantee operational safety.
2. Wipe the working surface thoroughly before and after use; no water droplets, dirt, scale or foreign residues are allowed on the plate.
3. Place test tubes and labware on the working surface before heating to prevent cracking caused by thermal shock.
4. Connect power and turn on power switch; indicator light illuminates to show the hot plate is in working state.
5. A dedicated operator must supervise the equipment during operation. Do not touch the hot surface to avoid scald injuries.
6. Disconnect power supply after all experimental work is finished.
We are a professional heating plate manufacturer with 10 years of production experience, providing customized manufacturing according to your heating requirements. Large stock inventory with instant quotation, welcome to contact us for inquiries!


















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