Laboratory Hotplates & Stirrers

Ultra-flat compact magnetic stirrer, provides excellent mixing and is ideal for physical-chemical, analysis and  biotech labs.

The MS-H-Pro Plus is one of the most technically advanced hotplate-stirrers in the marketplace. With independent back-lit LCD displays for both heat and stirring functions and PID technology. The MS-H-Pro Plus controls temperature at +/- 1�C. It also incorporates a DC brushless (spark free) motor for extremely long life and excellent performance.

The MS-H-Pro-T is one of the most technically advanced hotplate-stirrers in the marketplace and features an independent back-lit LCD display for both heat, stirring and timer functions and PID technology. The MS-H-Pro-T controls temperature at +/- 1�C. Simply set the timer from 1min to 99hr-59min and the hotplate will heat at the target temperature for the set time period and automatically turn off. If the stirring function is activated, the unit will continue to stir until switched off. The MS-H-Pro-T also has a DC brushless (spark free) motor for extremely long life and excellent performance.

The MS7-HP550-S is one of the most technically advanced hotplates in the marketplace. Simply turn the heat button to set the desired temperature with the LED display and the actual real-time temperature is clearly displayed. The MS7-HP550-S controls temperature at +/- 5�C.

The new MS-H280 hotplate-stirrer is a very economically priced LED digital hotplate-stirrer ideal for temperatures below 280 DegreeC. This compact unit can be used as a hotplate, stirrer or combination.

The MS-H-S10 10-place multiposition hotplate stirrer features a powerful rotary drive providing consistent sample conditions across each position for volumes up to 400 mL. heat only, stir only, or heat and stir simultaneously. The stirrer surface is stainless steel with a silicone anti-slip mat which is chemical resistant and easy-to-clean.

MS-M-S10 10-place multi-position stirrer features a powerful rotary drive providing consistent sample conditions across each position for volumes up to 400 mL. The stirrer surface is stainless steel with a silicone anti-slip mat which is chemical resistant and easy-to-clean.

MS-M-S16 16-place multi-position stirrer features a powerful rotary drive providing consistent sample conditions across each position for volumes up to 400 mL. The stirrer surface is stainless steel with a silicone anti-slip mat which is chemical resistant and easy-to-clean.

The MS-PA Magnetic Stirrer is an economy LED digital stirrer for basic stirring applications. It is not recommended for any corrosive liquid mixing as the plate is made of ABS plastic.

The MS-PB Magnetic Stirrer is an economy stirrer for basic stirring applications. It is not recommended for any corrosive liquid mixing as the plate is made of ABS plastic.

The SCILOGEX MS7-H550-S provides powerful heating and stirring with LED digital display of the set temperature and real-time temperature display. LED heating and analog stirring are simply controlled turning the respective control knobs.

The MS7-H550-Pro is one of the most technically advanced hotplate-stirrers in the marketplace. With independent back-lit LCD displays for both heat and stirring functions and PID technology. The MS7-H550-Pro controls temperature at +/- 1ºC. It also incorporates a DC brushless (spark free) motor for extremely long life and excellent performance.

The Scilogex LCD digital lab stirrers allow the user to set the required torque and speed, and observe the true values of the torque and speed on an easy-to-read LCD display.

The Scilogex LCD digital lab stirrers allow the user to set the required torque and speed, and observe the true values of the torque and speed on an easy-to-read LCD display.

The Scilogex MS-C-S1 Cell-Culture Stirrer is designed for optimal suspension cell culture and microcarriers. Features various modes for optimal cell culturing (cycle on/min, cycle off/min, cycle run/rpm, cycle count). The MS-C-S1 features an easy to read LED display as well as incubator and cold room compatibility.