The devices of GT product is unpressurised cryogenic tank used to store and preserve biological specimens that have been previously frozen in liquid nitrogen at -196℃ with a wide neck to increase storage capacity.

The Q800R3 is our 2nd generation DNA and Chromatin shearing system. Improvements include an enhanced user-friendly design and quieter operation while remaining thousands of dollars less than the competition.

The UVX Radiometer is used with one of the three sensors (ordered separately) for measuring shortwave (254 nm), longwave (365 nm) and midrange (302 nm) UV.

Mini UV Lamps are 4-watt models with longwave (365 nm), shortwave (254 nm) ultraviolet or multiband split-tube shortwave and longwave in one unit.

Variable Intensity Models feature adjustable intensity with selection of high, medium, and low settings.

The unique UVP ColonyDoc-It Imaging Station enables researchers to quickly and accurately count colonies. The high resolution digital color camera identifies the smallest colonies. Plate and filter sizes from 33-150 mm can be accommodated. Attachable doors create a darkroom environment by eliminating ambient light.

C-65 Chromato-Vue Cabinet accommodates one or two EL Series 8-watt lamps.

Each base unit has two expansion bays that allow an isocratic pump to be transformed into a binary or quaternary gradient solvent delivery system with internal degasser, mixer and optional solvent selection for method development.

The AS-4050i is a 60 sample autosampler (bioinert) for use with conventional HPLC with options for analytical and semi-preparative injection volumes.

The UV-4075 (190 – 700 nm) UV-visible HPLC detector uses an advanced Czerny-Turner monochromator with dual wavelength and scanning functions. Baseline change due to refractive index is minimized by the flow cell design, and fluctuation from changes in environmental and lamp temperature are reduced with a regulated lamp housing and temperature controlled cell.

The NRS-4500 Series is a purpose designed Confocal Raman Microscope with a wide functionality to make setup fast and easy. When changing lasers the selection and alignment of the laser, rejection filter and grating are fully automated. The laser spot is observed on all models including 1064nm ensuring that the sample being viewed in actually being measured. Sample identification, imaging analysis and identification can all be done in real time, speeding up the process of preparing the sample to seeing the results.

Integrating spheres measure either the diffuse transmittance or reflectance of a liquid, solid or powder samples. Typically UV-Visible or UV-Visible/NIR spectrophotometers are used to measure the transmittance of a homogeneous, transparent liquid or solid sample. However, when the light is diffusely scattered by samples such as suspended liquid, opaque solid or powders only a small portion of the light reaches the detector. An integrating sphere captures most of the light from the sample offering a more representative measurement of the sample.