Testing laboratories - Import export

Finest quality surface polishing is vital in plane optic production. At Befort, this has top priority from production all the way to final inspection. Thanks to sophisticated CNC technology, we are able to produce single planeoptic components as well as multifunctional systems. We process optical glass, filter glass, quartz glass and float glass up to a size of 600 mm diameter. We make filters, groundglass screens, plane mirrors, windows with a plane parallel surface contour and realize customized solutions for specific applications. In our test laboratory we measure machined surfaces with an interferometer to be able to guarantee top optical quality! No lens element leaves our factory before it meets the exact specifications and requirements of the customer

Testing services from a specialist: we are specialized as a testing laboratory for the simulation of specific environmental conditions and the monitoring of the influences of these conditions on electronic assemblies. We offer the following services in our test lab and at your site as contract testing.

We are very happy to produce innovative cosmetic products in almost any form for you as a contract manufacturer. We offer you 360° solutions for your cosmetic products. - Development - production - bottling - assembly - Documentation - Laboratory tests

The WIWOX® VERSA GENIUS+ ultrasonic cleaning system enables individual, demand-oriented mould and parts cleaning. The modular design allows adaptation to almost all process requirements. Later expansion or automation is possible at any time. WIWOX® VERSA GENIUS+ ultrasonic cleaning systems consist of washing, jet, rinsing and drying modules as well as the corresponding accessories. The spectrum ranges from individually operated cleaning basins to fully automated, multi-stage cleaning lines. WIWOX® VERSA GENIUS+ sets new standards in modern plant design. Well thought-out details in the area of guiding the cleaning medium, agitation and process control ensure a flexible and energy-efficient process sequence that meets the requirements. You can convince yourself of the economic efficiency of the system by extensive cleaning tests in our test laboratory. The bath care accessories also play an important role in the cleaning result, the uniform process flow and the operating costs.

Alongside the standard ICT/FCT process, we can also target every individual production stage for verification, as requested. Efficient inspection strategies and final functional tests are a fixed component of our quality management system. In our test laboratory, we are able to carry out static and cyclical environmental simulation for you, from air-to-air and liquid-to-liquid thermal shock tests to storage temperature and humidity tests. Based on the environment in which the product is to be deployed, we will draw up a tailor-made quality assurance programme. Through simulation of the conditions that cause ageing (e.g. large temperature fluctuations) we can ensure that the product will reach the required service life. Products are also subjected to further customer-specific tests in fields such as EMC, overload resistance and mechanical loading.

In the field there is a frequent need to measure sensor readings rapidly and easily right at the sensor and to transfer them directly to a PC without additional amplifiers or converters. The 9206 USB sensor interface can satisfy this requirement admirably, thanks to its „plug & measure“ design. The USB connection means installation could not be simpler. Typical applications: —Mobile test measurements via laptop —Laboratory test set-ups —Instrumentation and control —Diagnostic measurements in the chemical industry —PC-based recording of expansion figures in bio engineering The USB sensor interface takes its supply from the connected PC via the USB port, and uses it to generate the power supply for the sensors. The initial settings and sensor settings are made by burster in-house and saved in the USB sensor interface. These can then be fine-tuned by the customer.

In an environmental simulation, assemblies are subjected to defined environmental conditions to validate their behavior under those conditions. The variables of an environmental simulation test include climatic aspects such as temperature (cold, heat), the air conditions (humidity, wetness), mechanical influences such as dust, vibration, vibration or impacts, and corrosive environmental effects such as salty lift (salt fog). As an environmental simulation laboratory, we simulate these environmental conditions in our climatic chambers and climatic chambers, creating real conditions to investigate the long-term behavior of the test specimens in reality. Environmental simulation and thermal shock testing laboratory for electronic assemblies and printed circuit boards We specialize in performing environmental simulation and temperature shock testing of electronic and mechanical assemblies. With over ten years of experience with the requirements of the automotive industry and medical

The incremental digital displays are used in combination with our high-precision displacement sensors 8738. The digital technology of these measuring systems satisfies high demands for precision and long service life, as is required more and more nowadays — in measuring laboratories — in production — in testing laboratories — in workshops and many other areas. Typical uses: —Automatic assembly machines —Semiconductor industry —Keyboard tests —Robot controllers —Testing of shafts and planes —Measurement of differential displacement With its phenomenal resolution of 0.1 µm and the high response frequency of 20 MHz, the 9140 is a powerful display unit with a compact design. The comparator function integrated as standard allows for direct evaluation of measurements almost in real-time; these can be processed further by a higher-level controller. A rather more comprehensive acquisition method is also integrated into the system.

Digital Power Tool Tester with Pulse Counter Management of tightening screws begins on checking fastening tools. YET testers are designed for high precision torque control of mainly impulse type tightening tools. Also usable for angle nutrunners, screw drivers, ratchet wrenches etc. However impact wrenches can be tested also, you should not exceed approx. 2/3 of the testers rated capacity. Install the YET torque tester in a tool maintenance shop, test laboratory, or at production lines for effective control of fastening such as acceptance inspection, periodical check and torque adjustment. YET torque testers feature a parallel centronics printer port and a serial RS-232C computer interface enabling simultaneous protocol as well as external data recording. Key Features: High accuracy within R.O. ± 0.5 % (stat. Load) Large digital display (LED) Measuring time can be set by every 0.1 sec within 9.9 sec. Shut-off time can be set 1-2-3 sec.

Enhance semiconductor processing with pure materials Our high-purity diffusion tubes allow semiconductor processing facilities a precise way to diffuse, filter and distribute process gases. Specifically designed to precise flow and dimensional tolerances, POREX® diffusion tubes: Ensure purity –Material is backed by the Certified Pure POREX™ program of independent laboratory testing of leachables, extractables and interfering substances. Deliver precise flow rates and tolerances–Engineered for tight pore size and volume control. Improve process effectiveness–Design is customizable per application requirements. request sample ask an engineer

We carry out applied research in our own test field and laboratory in order to constantly further develop our products, but also so as to be able to present our customers with innovative new developments. Furthermore, we regularly participate in cooperative projects of the Federal PhysicalTechnical Institute (PTB PhysikalischTechnische Bundesanstalt) with the economy. We also maintain close cooperative links with the universities of DuisburgEssen and Karlsruhe. We would also like to support you in research with our products. Please contact us.

OUR IN-HOUSE TEST PLANT AND LAB In order to ensure the high quality and long service life of our agitators, we have set up an in-house plant for testing our agitators. At the end of the manufacturing process, all of our agitators undergo a specific test procedure with a final test run. Here, we can test agitators with a shaft length of up to twelve meters. When designing our agitators, we use fluid mechanics simulations in our in-house laboratory. All Geppert mixing systems are delivered with O&M Manual and worldwide technical service.

Issuing authorities and passport manufacturers rely on our proven BT310-3 bending test system to test the durability of e-passports and ID-3 inlays as well as their resistance to dynamic bending stress. Our reliable bending tester is used for quality assurance in passport production and in test laboratories to check that passports and e-passports meet the relevant standards and specifications. TT300-3 - Torsion Test System Make sure your e-passports fulfil the requirements for global interoperability. The TT300-3 torsion tester is a specially designed system to test the durability of e-passports and ID-3 inlays as well as their resistance to dynamic torsional stress. Our proven torsion test system is used for quality assurance in passport production and in test laboratories to verify the conformity and functionality of passports and e-passports. BT310-3 - Bending Test System BT310-3 - Bending Test System Issuing authorities and passport manufacturers rely on our proven...

The TT300-3 torsion tester is designed to perform dynamic torsion stress tests with passports, e-passports, and ID-3 inlays. The purpose of this test is to determine any adverse mechanical or functional effects in the machine readable passport arising from torsional fatigue. The test system enables to twist the passports along the long axis and to test up to 8 passports simultaneously. This method accelerates fatigue due to imposed torsion, especially in the area of the antenna and associated connections if present. The TT100-3 torsion test system is perfect for quality assurance in passport production and for passport testing in laboratories. It is helpful to ensure that the passport booklet quality meets the requirements of the ICAO. A long-lasting high quality is essential for governmental documents. Make sure your passports fulfil the requirements for global interoperability. Perfect for e-passport quality control and quality assurance in production Follows the...

A press for all processes Beside the pressing systems for industrial production, Siempelkamp manufactures laboratory press systems – both “try-out” presses for laboratoryscale tests with a starting pressing force of 150 t as well as presses for “fullscale testing”. The laboratory press systems are designed for maximum exibility. With it, all processes of composite production can be investigated. For example, it can be investigated whether press technology is an economic alternative for “autoclave” processes. All processes SMC with glass ber or carbon ber RTM PCM Organo-sheet consolidation Thermoplast forming Hybrid forming Integrated molding and joining of hybrid materials All control methods Force control with position monitoring Position control with force monitoring Each process step can be individually dened and programmed: All relevant process data are recorded and displayed.

Testing machines for torsion testing are mainly used in science, research and teaching, in testing laboratories and in production control during production.They are used to determine the torque load of specimens made of different materials in static tests, e.g: Plastics, composite materials Screws, cardan shafts Twisting tests on wires according to DIN ISO 7800 and ASTM A938 as well as alternating twisting tests on wires according to DIN ISO 9649 Calibration of torque sensors

Device details: ▪ Device is according to the standard IEC EN 60811-2-1 (Heat elongation test, tensile test) ▪ Handy, electric device for material tests in laboratories ▪ Developed to slice samples according to IEC 60811 with a thickness between 0.8 and 2.0 mm (0.04” – 0.08”) ▪ Especially for hard materials