Baths

The Walter digital water bath has high precision PID temperature controls that are easy to operate. The LCD display allows the user to select and monitor the temperature setting and the over temperature alarm provides reliable protection for samples.

The Walter digital water bath has high precision PID temperature controls that are easy to operate. The LCD display allows the user to select and monitor the temperature setting and the over temperature alarm provides reliable protection for samples.

The Walter digital water bath has high precision PID temperature controls that are easy to operate. The LCD display allows the user to select and monitor the temperature setting and the over temperature alarm provides reliable protection for samples.

CTI&rsquos Digital Dry Baths are microprocessor controlled with an automatic PID temperature control program, providing accurate and uniform temperature distribution across the thermal block. Digital Dry Baths are ideal tools for a wide variety of

Stable and reliable cooling for many common heat removal applications, including laser etching, AA furnaces, ICP, rotary evaporators, vacuum systems, reaction vessels, plasma etching, and condenser cooling. Features Large, 4.

Stable and reliable cooling for many common heat removal applications, including laser etching, AA furnaces, ICP, rotary evaporators, vacuum systems, reaction vessels, plasma etching, and condenser cooling. Features Large, 4.

Stable and reliable cooling for many common heat removal applications, including laser etching, AA furnaces, ICP, rotary evaporators, vacuum systems, reaction vessels, plasma etching, and condenser cooling. Features Large, 4.

Stable and reliable cooling for many common heat removal applications, including laser etching, AA furnaces, ICP, rotary evaporators, vacuum systems, reaction vessels, plasma etching, and condenser cooling. Features Large, 4.

Stable and reliable cooling for many common heat removal applications, including laser etching, AA furnaces, ICP, rotary evaporators, vacuum systems, reaction vessels, plasma etching, and condenser cooling. Features Large, 4.

Stable and reliable cooling for many common heat removal applications, including laser etching, AA furnaces, ICP, rotary evaporators, vacuum systems, reaction vessels, plasma etching, and condenser cooling. Features Large, 4.

Stable and reliable cooling for many common heat removal applications, including laser etching, AA furnaces, ICP, rotary evaporators, vacuum systems, reaction vessels, plasma etching, and condenser cooling. Features Large, 4.

Stable and reliable cooling for many common heat removal applications, including laser etching, AA furnaces, ICP, rotary evaporators, vacuum systems, reaction vessels, plasma etching, and condenser cooling. Features Large, 4.