A FISCHERSCOPE X-RAY is the ideal choice for non-destructive, contact-free coating thickness measurement and material analysis. Since 1983, our XRF instruments have been an integral part of quality testing in almost all major industries. Our instruments are well-known for their precision, accuracy and durability. At the same time FISCHERSCOPE X-RAYs are designed to be user-friendly and to support you in all aspects of measuring. This enables you to focus on the quality job at hand and not on the measuring instrument.

We have developed the FISCHERSCOPE® X-RAY XDV®-µ especially for measuring smallest structures and components with short measuring times. A large-area silicon drift detector and the polycapillary optics enable precise, repeatable measurements e.g. on bond surfaces, SMD components or thin wires. That permits precise quality monitoring of the coatings on printed circuit boards – and ensures their long-term function.

Dissolved Oxygen Electrode Sensor

This Dissolved Oxygen sensor head is part of the AdvantEDGE probe system that allows a direct connection to a PLC for seamless integration with industrial control systems. Use any computer to display data, calibrate and customize the measurement without an intermediate analyzer electronics box. A LD500 local display can be used if desired. Sensor heads are pre-calibrated and can be replaced or exchanged with any other type of sensor without taking the system down. Save space, time and money.

Toroidal Conductivity Electrode Sensor

This Toroidal Conductivity sensor head is part of the AdvantEDGE probe system that allows a direct connection to a PLC for seamless integration with industrial control systems. Use any computer to display data, calibrate and customize the measurement without an intermediate analyzer electronics box. A LD500 local display can be used if desired. Sensor heads are pre-calibrated and can be replaced or exchanged with any other type of sensor without taking the system down. Save space, time and money.

For Tubidity Testing

Designed to provide the accuracy demanded in today’s laboratory, the Micro1000 Laboratory Ratio Turbidimeter is ready to meet the challenge. Features like the Auto Alert Calibration Prompt and the Quick Connection Lamp Module, allow for simple calibration and low maintenance. A full time ratio (color correction) mode is also featured. With a resolution of 0.0001 NTU at low turbidity readings and an extended range to 10,000 NTU, the Micro1000 Turbidimeter is an ideal and affordable tool for research as well as routine analytical measurements.

Portable for Turbidity Testing

Designed to provide the ease of portability needed in the field with rugged durability, the MicroTPW is a necessity for anyone monitoring turbidity on the go. The shock-resistant carrying case holds everything necessary for field operation while the instrument itself removes easily to go wherever it is needed. With resolution of 0.01 NTU and an extended range to 1,100 NTU, the EPA Accepted White Light MicroTPW is a perfect partner for field use.

MicroTPW Field Portable Turbidimeter (white light), 0 – 1100 NTU includes carrying case, one set of ProCal Primary calibration standards (0.02, 10, 100 NTU), indexing rings, w 4-AAA alkaline batteries, operator’s manual and measuring cuvettes with light shields.

Effortlessly collect 3D topography data with sub-nanometer precision on your benchtop with the Redux AFM. Get quantitative data in minutes for topography, roughness, film thickness, particle size and more.

The KD Scientific Centrifan™ PE is a convenient, compact evaporator/concentrator for research, pharmaceutical, and biotech labs working with samples such as DNA, RNA, and protein. Proprietary self-generated blowdown technology eliminates the potential problems with common evaporation systems such as vacuum centrifuges, rotary evaporators, nitrogen blow-down, and freeze dryers.
Synthetic and medicinal chemists will save time because the Centrifan™ PE dries samples without the monitoring required by a rotorvap. The system also works well for processing fractions collected from flash liquid chromatography. Pharmaceutical and university labs working with radioactive and other highly toxic compounds will appreciate the advantage of the green chemistry design.