Overhead Mixer with 5-inch LCD Touch Screen, 185mm Lifting Stroke, 260-2300RPM for Lab Research, Cosmetic

▶Why Choose This Electric Overhead Stirrer?This electric mixer can handle liquid volumes from milliliters to 30 liters. It is of high quality, corrosion-resistant, and wear-resistant. It is easy to operate, with a touchscreen interface simplifying complex operations.▶Specification:Name: Electric Stirrer MixerPower Consumption: 1250WDisplay: 5-inch LCD colour touchscreenSpeed Range: 260-2300 rpmStirring Capacity : 30LTemperature Range: RT+5°C to 150°CTemperature Accuracy: ±0.2°CLifting Travel: 185mmMotor Type: Brushless DCTimer Range: 0-30000 minDimensions: 330×200×485mmNet Weight: 6kg▶Packing List:1 × Electric Overhead Stirrer▶Note:Due to different manual measurements, please allow a 1-2cm difference in size.✉ If you have any questions, please feel to contact us. We will reply to you as soon as possible within 24 hours.

• ▶【Powerful motor】: This mixer features a robust 1250W motor that operates quietly and can reach speeds up to 2300rpm. It includes a heating element and temperature probe, greatly enhancing mixing and heating performance.
• ▶【Display】: The 5-inch LCD touchscreen provides real-time monitoring of set and actual speed values, along with time. PID temperature technology ensures precise temperature regulation with high accuracy and quick stabilization.
• ▶【Adjustable lifting function】: The gear and rack head with a 185mm lifting stroke offers safety and convenience, ensuring the mixing paddle is accurately positioned for various container heights and material volumes for mixing outcomes.
• ▶【Enhanced stability】: An enlarged base guarantees stability during vigorous mixing activities, allowing the mixing paddle to reach the bottom of the container effectively, addressing the challenges of manual mixing.
• ▶【Versatile Applications】: Suitable for mixing materials such as paints, inks, reagents, and adhesives. Widely used in the food, coating, chemical, and cosmetic industries, for most types of laboratory experiments.