CX-9500 SP…

CX-9500 spectrometer provides the ideal performance and fit for product assurance testing and material identification. This spectrometer delivers maximum confidence and reliability based on CCD technology.

CX9000 Dir…

CX-9000 Optical emission spectrometry (OES) is a fast, simple and cost-effective analytical technique used for elemental analysis of solid aluminum samples. It is used in several fields ranging from production to recycling and from foundries to service laboratories.CX-9000 is a high-performances, portable OES spectrometer for analysis of aluminum.

CX-9800(T)…

The CX-9800 Spectrometer can be figured as a bench top or floor model with storage possibilities for consumables and spares. With two versions to choose from, individual requirements are sure to be met. The versions differ in the outlook but same in the optical systems. CX-9800 Bench Top Spectrometer is most suitable instruments for the determination of various elements in different matrices.

CX-9800(L)…

CX-9800 Floor Model Spectrometer provides the ideal performance and fit for product assurance testing and material identification. This spectrometer delivers maximum confidence and reliability based on CCD technology.

SPECTROCHE…

Ideal for metal testing and quality control of iron-, aluminum- and copper-based samples; as well as dedicated solder bath analysis

SPECTROLAB

Ultimate elemental flexibility – covering 15 matrices, 68 methods, 65 elements and 210 lines (not counting reference lines); quick addition of elements and methods without hardware changes (SPECTROLAB CCD version)

SPECTROMAX…

Ideal for routine analysis and precise analysis of all incoming/outgoing materials and for process control (including Nitrogen) in foundries – covering 10 matrices, 65 methods and 54 elements, at low operating costs and minimal maintenance requirements

SPECTROMAX…

The SPECTROMAXx stationary metal analyzer is used mainly for material testing in foundries and for incoming and outgoing inspections in the metal industry around the world. It determines all of the elements used in the metal industry, including metal analysis of carbon, phosphorous, sulfur and nitrogen.