Lab Expo LLC
Request Quote User Image
login/signup cart 0
Digital Hotplate LE-DH101

Digital Hotplate LE-DH101

Lab Expo Digital Hotplate LE-DH101 offers a maximum temperature setting of 300 ℃ for various laboratory applications. It ensures precise heating performance with a temperature stability of ±1 ℃. Built with LED display to provide clear and easy monitoring. Designed with aluminium coated with ceramic to offer excellent heat resistance. Our Digital Hotplate deliver reliable performance, precise control, and durability.

$1,882.00 $ 1568

Digital Hotplate LE-DH101 - Specifications

Temperature Stability ±1℃
Heat Output 680 W
External Temperature Sensor PT100
Temperature Display LED Display
Temperature Setting Turning Knob
Top Plate Material Aluminium Coated with Ceramic
Top Plate Dimensions 170 × 170 mm
Power Supply 220V / 50Hz
Dimensions 240 × 280 × 70 mm
Weight 2.5 kg

Digital Hotplate LE-DH101 - Key Features

  • PID temperature control with 0.1C resolution
  • Alarm signal output for threshold monitoring
  • External PT100 temperature sensor integration
  • Turning knob for precise temperature setting
  • Portable design with 2.5 kg weight

Digital Hotplate LE-DH101 - Applications

FunctionImplementation
Temperature calibration labs±1℃ ensures accurate reference standard verification
Material testing stations680 W supports consistent sample heating cycles
Quality control workflowsLED Display enables real-time process monitoring
Research incubation areasTurning Knob allows gradual thermal ramping for cultures
Industrial sample prep zonesAluminium coated ceramic plate resists chemical spills at 300℃

Digital Hotplate LE-DH101 - Catalog

Digital Hotplate LE-DH101 Catalog

Related Digital Hot Plate

Lab Expo Digital Hot Plates are structured around PID-controlled heating architecture to maintain precise surface temperature stability. This laboratory hot plate uses a corrosion-resistant ceramic plate for uniform heat transfer under extended duty cycles. One-touch control with LED monitoring, external temperature sensing, and integrated safety alarms enable accurate thermal regulation for chemical reactions, sample preparation, and controlled laboratory heating workflows.