Premium Hotplate Stirrer, “MSH-A”, Ceramic-Coated Plate, up to 380°C, 1,500 rpm, with Certi. & Traceability Built-in Linearity PWM Controller, Superior Temperature Uniformity, Precise Control of Temp. & RPM, 180 X180mm or 260 X 260mm with Certificate & Traceability :Controlled by Serial Number, Certificate, Delivery-information, and Traceable Data Base System Superior Temperature Uniformity : Less than 10% on the Plate at...
Premium Hotplate Stirrer, “MSH-A”, Ceramic-Coated Plate, up to 380°C, 1,500 rpm, with...
Premium Hotplate Stirrer, “MSH-A”, Ceramic-Coated Plate, up to 380°C, 1,500 rpm, with Certi. & Traceability Built-in Linearity PWM Controller, Superior Temperature...
Premium Compact Hotplate Stirrer, MSH-50A , Round-Type Plate, Φ135mm, with Certi. & Traceability Ceramic Coated or Anodized Plate, Superior Temperature Uniformity, Precise Control of Temp. & RPM, up to 380 °C, 1.500 rpm with Certificate & Traceability :Controlled by Serial Number, Certificate, Delivery-information, and Traceable Data Base System Superior Temperature Uniformity : Less than 10 % on the Plate at Ambient...
Premium Compact Hotplate Stirrer, MSH-50A , Round-Type Plate, Φ135mm, with Certi. &...
Premium Compact Hotplate Stirrer, MSH-50A , Round-Type Plate, Φ135mm, with Certi. & Traceability Ceramic Coated or Anodized Plate, Superior Temperature Uniformity, Precise...
Digital Hotplate Stirrer, “MSH-D”, Ceramic-Coated Plate, up to 380°C, ±0.3°C, with Certi. & Traceability with Digital Feedback Control, Accurate Temp. Control, 180 X 180mm- or 260 X 260mm- Plate, 80 ~ 1,500 rpm with Certificate & Traceability : Controlled by Serial Number, Certificate, Delivery-information, and Traceable Data Base System Digital Feedback Control by High-Performance Microprocessor Patented Jog-Shuttle Control...
Digital Hotplate Stirrer, “MSH-D”, Ceramic-Coated Plate, up to 380°C, ±0.3°C, with...
Digital Hotplate Stirrer, “MSH-D”, Ceramic-Coated Plate, up to 380°C, ±0.3°C, with Certi. & Traceability with Digital Feedback Control, Accurate Temp. Control, 180 X...
Digital Compact Hotplate Stirrer, “MSH-50D”, Round-type Plate, Φ135mm, with Certi. & Traceability with Ceramic Coated or Al-anodized Plate, Digital Feedback Control, Back Light LCD, up to 400°C, ±0,3°C, 80 ~ 1.500 rpm with Certificate & Traceability : Controlled by Serial Number, Certificate, Delivery-information, and Traceable Data Base System Digital Feedback Control by High-Performance Microprocessor Choice of Models with...
Digital Compact Hotplate Stirrer, “MSH-50D”, Round-type Plate, Φ135mm, with Certi....
Digital Compact Hotplate Stirrer, “MSH-50D”, Round-type Plate, Φ135mm, with Certi. & Traceability with Ceramic Coated or Al-anodized Plate, Digital Feedback Control, Back...
Systematic Multi-Hotplate Stirrers, 3- or 6- Places, “SMHS”, Ceramic-Coated Plates with Digital Feedback Control, Independent Heating & Stirring Control, Back Light LCD, up to 350°C, 80~1,500 rpm with Certificate & Traceability: Controlled by Serial Number, Certificate, Delivery-information, and Traceable Data Base System Excellent for Multi-use and wide range Sample Testing Patented Jog-Shuttle Control System CE Certified...
Systematic Multi-Hotplate Stirrers, 3- or 6- Places, “SMHS”, Ceramic-Coated Plates...
Systematic Multi-Hotplate Stirrers, 3- or 6- Places, “SMHS”, Ceramic-Coated Plates with Digital Feedback Control, Independent Heating & Stirring Control, Back Light LCD,...
Digital magnetic stirrer with hotplate up to 500°C Excellent for sample drying and most general lab heating applications :Specifications Simple handling Fast start-up Tough construction for long lifetime Ceramic glass plate Superior temperature uniformit up to 1.500rpm up to 500°C CE certified AC230V, 1N~, 50/60Hz
Digital magnetic stirrer with hotplate up to 500°C Excellent for sample drying and...
Digital magnetic stirrer with hotplate up to 500°C Excellent for sample drying and most general lab heating applications :Specifications Simple handling Fast start-up Tough...
This heated magnetic stirrer is developed for heating round-bottom flasks as well as three-neck flasks. The heat transfer is done through radiation and direct surface contact with an aluminium block in the shape of round-bottom flasks. The heating block with the flask is surrounded by a stainless steel container. When breaking of glass occurs, the liquid is collected in a stainless steel container. The liquid is stirred by an oval stirring bar...
This heated magnetic stirrer is developed for heating round-bottom flasks as well as...
This heated magnetic stirrer is developed for heating round-bottom flasks as well as three-neck flasks. The heat transfer is done through radiation and direct surface contact...