Ceramic components - Import export

We offer polymer ceramic component parts where plastic molding is required for complicated particle shapes and where the thermal stability of plastic is insufficient.

These machines are capable of executing complex lapping routines while producing precise and repeatable results. These units, available for maximum component diameters of 51mm on the DL175, 114mm on the DL370, up to 170mm on the DL500, can lap a wide range of materials to very tight specifications. Excellent results have been obtained in the processing of a wide range of materials and components including glass, ceramics, crystals and ferrous materials. The Lapmaster line of Dual-Lap machines are based upon a two-way & three way planetary concept designed to yield very precise and repeatable results. Only the Inner and Outer Gears rotate allowing the carriers to move around the surface of the plates, whilst the top and bottom plate stay stationary. The larger DL500 and DL770 use a 3-way system, where the top plate, bottom plate and sun gear rotate.

You can select form three types of FT150 series depending on the required sample applications. The standard spectrometer configuration allows you to analyse (as example): - electrical components, such as PCB, FPC, micro connector, lead frame etc. - chip component electrodes - general analytics for almost all other kind of samples and coating stacks. The types FT150 and FT150L enable especially the measurement of ultra thin coatings, such as Ni/Pd/Au from PCB connectors by polycapillary optics and an improved high-sensitive 50mm2 SDD detector. Two sizes of sample chamber and stage can be selected to accommodate standard (FT150) or large samples (FT150L). The FT150h using the new poly-capillary system enables the precise investigation of Sn and Ni layers in ceramic chip components by a simultaneous measurement, which is very difficult using conventional capillary or collimator optics. All three configurations have in common that the use of polycapillary optics and a high throughput SDD

0-10 V; 0-5 V; 0-2 V 16 bit resolution 1 second Update rate 4 parallel signal outputs

KOMBI.sens® is a combination of ULTRA.sens® and INFRA.sens® with common base electronics. With this unit, up to 3 gas components can be measured simultaneously. The base electronics can simultaneously supply IR and UV radiation sources. This system is an ideal platform for the detection of multi-component gas at different concentration ranges (vol% and ppm) Combination of IR and UV technology Up to 3 gases + O2 Space-saving construction Cross-billing possible with each other Applications Elemental Analysis Industrial Gas Analysis Emission monitoring (CEM) Laboratories Biogas Research Properties Optimal adaptation to the measuring task Combination of IR and UV technology High accuracy Low power consumption Compact size

The ULTRA.sens® is the world’s first OEM gas measurement module based on miniaturized UV LEDs. The stability and lifetime of these UV-LEDs enables high-precision gas analyses down to the ppb range. By using two UV-LEDs 2 gases can be detected simultaneously. With this approach, 2 measuring ranges from ppm to Vol.-% can also be realized. In the spectral range from 200 nm to 500 nm, nitrogen oxides (NO+NO2), aromatic hydrocarbons, hydrogen sulphide, ozone, sulphur dioxide and chlorine can be reliably detected with this novel sensor platform. Applications Environmental and Process Measurement Technology (CEM) Engine development TOC analyzers Elemental analysis Industrial gas analysis Natural gas/biogas analysis Process measurement technology Biogas research

The ULTRA.sens® is the world’s first OEM gas measurement module based on miniaturized UV LEDs. The stability and lifetime of these UV-LEDs enables high-precision gas analyses down to the ppb range. By using two UV-LEDs 2 gases can be detected simultaneously. With this approach, 2 measuring ranges from ppm to Vol.-% can also be realized. In the spectral range from 200 nm to 500 nm, nitrogen oxides (NO+NO2), aromatic hydrocarbons, hydrogen sulphide, ozone, sulphur dioxide and chlorine can be reliably detected with this novel sensor platform. Applications Environmental and Process Measurement Technology (CEM) Engine development TOC analyzers Elemental analysis Industrial gas analysis Natural gas/biogas analysis Process measurement technology Biogas research

The ULTRA.sens® is the world’s first OEM gas measurement module based on miniaturized UV LEDs. The stability and lifetime of these UV-LEDs enables high-precision gas analyses down to the ppb range. By using two UV-LEDs 2 gases can be detected simultaneously. With this approach, 2 measuring ranges from ppm to Vol.-% can also be realized. In the spectral range from 200 nm to 500 nm, nitrogen oxides (NO+NO2), aromatic hydrocarbons, hydrogen sulphide, ozone, sulphur dioxide and chlorine can be reliably detected with this novel sensor platform. Applications Environmental and Process Measurement Technology (CEM) Engine development TOC analyzers Elemental analysis Industrial gas analysis Natural gas/biogas analysis Process measurement technology Biogas research

The ULTRA.sens® is the world’s first OEM gas measurement module based on miniaturized UV LEDs. The stability and lifetime of these UV-LEDs enables high-precision gas analyses down to the ppb range. By using two UV-LEDs 2 gases can be detected simultaneously. With this approach, 2 measuring ranges from ppm to Vol.-% can also be realized. In the spectral range from 200 nm to 500 nm, nitrogen oxides (NO+NO2), aromatic hydrocarbons, hydrogen sulphide, ozone, sulphur dioxide and chlorine can be reliably detected with this novel sensor platform. Applications Environmental and Process Measurement Technology (CEM) Engine development TOC analyzers Elemental analysis Industrial gas analysis Natural gas/biogas analysis Process measurement technology Biogas research