Struggling with fluctuating sample temperatures, rust-prone heating tanks, or the tedious hassle of transferring containers between separate heaters and magnetic mixers? Laboratory professionals frequently face the challenge of maintaining absolute thermal stability during complex, time-sensitive chemical reactions. Implementing a precision laboratory Stirring Oil Bath system directly resolves these daily workflow hurdles. By combining an advanced dual-thermostat PID microprocessor with a powerful, seamless magnetic stirring mechanism, this instrument guarantees exact thermal accuracy and exceptionally smooth mixing for your most demanding analytical applications.

Technical Specifications

• Model Numbers: MSZNCLGS1130SWISS and MSZNCLGS1190SWISS

• Temperature Control Mechanism: Advanced PID Auto control microprocessor

• Operating Temperature Range: Ambient room temperature up to 400 degrees Celsius

• Maximum Top Pot Temperature: 350 degrees Celsius ensuring extreme thermal capacity

• Temperature Control Accuracy: ± 1 degree Celsius for strict protocol adherence

• Thermal Uniformity: ± 2 degrees Celsius across the entire working area

• Stirring Speed Range: 100 to 1800 RPM

• Stirring Speed Accuracy: ± 1 RPM ensuring perfectly reproducible mixing

• Top Pot Volume Capabilities: 0.8 Liters for MSZNCLGS1130SWISS and 2.5 Liters for MSZNCLGS1190SWISS

• Internal Bath Volume: 0.5 Liters for MSZNCLGS1130SWISS and 2.0 Liters for MSZNCLGS1190SWISS

• Outer Chassis Construction: High-quality, durable Stainless Steel 304

• Inner Tank Material: Premium Aluminum coated with sprayed Teflon for ultimate corrosion resistance

• Thermocouple Sensor: PT100 configuration featuring both inner and outer probes

• Display Interface: High-visibility digital display for precise, real-time monitoring

• Heating Power Output: 400 W for the 1130 model and 500 W for the 1190 model

• Voltage Requirements: Compatible with 160-240V or 110-130V standard power supplies

Key Benefits and Solving Lab Challenges

Chemistry and biology labs often lose critical time dealing with bulky separate hot plates, leaky water baths, and inconsistent magnetic stirrers. This integrated device completely eliminates these operational pain points. By utilizing a reliable Stirring Oil Bath heating equipment setup, operators can perform direct heating and stirring within a single compact instrument, completely removing the need for external glass vessels. The seamless, weld-free aluminum and Teflon interior entirely prevents the rust, leakage, and cross-contamination that frequently plague traditional heating baths, ensuring long-term durability and remarkably easy cleaning.

Unmatched Safety and Precision

Temperature overshoot is a massive vulnerability that can ruin sensitive biological samples or trigger dangerous chemical reactions. This unit actively prevents thermal degradation through its intelligent dual-thermostat architecture. The primary PID controller guarantees meticulous heating accuracy, while the secondary over-temperature safety sensor and high-temperature alarm instantly shut down the machine if hazardous heat levels are ever detected. Furthermore, utilizing this versatile Stirring Oil Bath and water heater allows your technicians to calibrate the primary controller directly against a certified reference thermometer, ensuring flawless compliance with strict Good Laboratory Practice guidelines.

Maximize Your Laboratory Workflow

Modern scientific research demands sample preparation instruments that deliver uncompromising thermal stability, rapid liquid mixing, and absolute user safety. Integrating this premium Stirring Oil Bath into your facility ensures your testing baselines remain highly accurate and your valuable benchtop space is perfectly optimized. You will quickly find that relying on this specialized Stirring Oil Bath eliminates costly equipment redundancies. Invest in state-of-the-art dual heating and stirring technology today to streamline your complex experimental protocols, reduce downtime, and achieve absolute confidence in every single analytical reaction.