"New Product" for Bio Reactor Characterization

The EnviroCam BF3-R System for Bio Reactor Characterization offers first order in situ observation, and bubble analysis for more accurate KLa calculations in fermentors. (read more)

EnviroCam is designed to allow in situ observation, analysis, verification, and recording of real-time physical properties, changes, and reactions occurring during a process or testing procedure. (read more)

A heavy-duty industrial pump with a nickel-treated, spheroidal cast iron manifold. Performance from 22.2 gpm at 2600 psi to 43.3 gpm at 1,150 psi. See the KLS models for higher pressure, intermittent use ratings. Also see the KLZ and KLA models for stainless steel and nickel-aluminum bronze manifold options. (read more)

The EnviroCam Zenith-BL3 is an in situ vision analysis system used in the Biotechnology Industry. EnviroCam "PAT" applications include bubble analysis, and the characterization of bioreactors for Kla calculations. (read more)

The ChemView was designed for those liquid and gas applications where a spectrophotometer and chemometric modeling are overkill. A surprising number of applications can be simplified to a handful of wavelengths. A photometer is a lower cost alternative for long-term success at the plant-level in these cases. (read more)

One of the major applications for Zircadyne® metal is as a structural material in the chemical processing industry. Zircadyne® metal exhibits excellent resistance to corrosive attack in most organic and inorganic acids, salt solutions, strong alkalis, and some molten salts. (read more)

RTI manufactures DISC & CHIP style thermistors in resistance values ranging from 1.0 ohm to 500,000 ohms. These devices are suitable for a range of resistance values and temperature coefficients from relatively low resistance and temperature coefficients to very high values. (read more)

NX™ Thermal is an engineering analysis solution native to the NX Advanced Simulation environment that simulates thermal and heat transfer for complex products and processes within single parts or large NX assemblies of parts. It allows for high fidelity simulations of fully coupled radiative, conductive and convective heat transfer. (read more)

Thermal chemistry analyses are used to determine melting points, coefficients of thermal expansion, glass transitions, solidus-liquidus and specific heat of various materials. (read more)

SMU-9000/9200 systems use proven inductive (eddy current) technology to measure position without contacting the target and are ideal for applications requiring high resolution. (read more)