Duratech products

The TCON 2000 has four heated/cooled blocks holding up to 40 samples with a range of 0°C to 70°C. This is an excellent unit with a wide working capacity.

The TCON 1000 is a heating only version of the the TCON, it has a temperature range of ambient temperature to 110°C.

This gantry-style, cartesian robot automates the handling of sample tubes and vials for use in numerous laboratory applications. It features a fail-safe custom tube gripper, an adjustable shelf and an easy-to-use interface.

The DuraPulse CX-20 is a high-quality, economical time domain DMR (TD-NMR) analyzer that is ideally suited to applications in pharmaceutical, plastics, and rubber industries. Liquid and solid samples can be analyzed in seconds for content and physical properties without requiring sample preparation.

The DTIR is a single wavelength IR analyzer. It utilizes a pulsed infrared source that eliminates the need for a chopper motor. The DTIR has control features built in, such as motor/encoder control, several I/O channels, temperature sensing and more. With these available external controls, custom software can be written for online applications and automated processes. Ask about our custom software services today! The filter is easily changed for measuring different components. The DTIR is used by the petroleum industry for oil-in-water testing, and in many applications as a replacement for the discontinued Foxboro Miran 1FF.

The falling-ball method of measuring viscosity is known for its ease of operation and extreme accuracy. This instrument greatly enhances the method through auto¬matic electronic ball sensing and microcomputer control. The viscometer can measure both transparent and opaque fluids. The plastic sample tubes and steel balls can either be cleaned and reused, or disposed of. The test stations are designed to be immersed in an oil bath to maintain a constant temperature. Both four tube test stations with the model DV-4X4 are designed to be immersed in two separate oil baths so that viscosity can be measure at two different temperatures simultaneously.