Optical devices - Import export

For removing dust prior to maintenance and repair work, e.g. on magnetic plates, reading heads, audio-visual magnetic tape recording and playback heads, phonograph pick-ups, record turntables or phonograph records For cleaning vacuum sealing surfaces, sealing rings, high-voltage insulators, sample containers etc. For vacuum systems and device groups under clean-room conditions for semiconductor production Cleaning of opto-electronic reading units for bank checks and contactless cleaning of optical devices For maintenance of automated teller machines, quartz clocks or display panels For dedusting precision mechanical parts and assemblies in office machines, copiers, fax machines etc. Advantages and benefits Excellently suited for dedusting, blowing out and blowing off dust and liquids of all kinds Dry, oil-free compressed gas leaves behind no residues Replacement for ultrapure compressed air

With the GESIPA® FireRex® it is possible for the first time to set huge numbers of blind rivet nuts fast and fully automatically. Since neither a camera nor any kind of optical device, which are usually dust-prone, are necessary to find the drilled hole, the system allows stable operation even in adverse production environments without requiring huge maintenance efforts. The setting tool can also be integrated into already existing production systems without a problem, thus allowing to make the systems more economical. Also available as FireRex® 2 C WinTech with setting process monitoring.

Luminance standards and radiance standards are used in photometry and radiometry, in particular for the calibration and characterization of cameras and optical measuring devices. Another application is the determination of reflection, transmission and absorption properties of materials. Luminance and radiance standards are homogeneous light sources that have a uniform brightness over their entire emitting surface and emit almost perfectly lambent and uniformly in all directions. The mode of operation is based on the principle of the integrating sphere. The integrating sphere consists of a hollow, spherical structure with a highly reflective inner surface. This surface is coated with a diffuse reflective coating of barium sulphate, which scatters almost 100% of the incident light. This property enables the sphere to distribute the light evenly in all directions and eliminate directional effects.

Vacuum lifter carrying capacity up to 4.000 kg by the handling of heavy sheet metals. Especially when it comes to handling heavy loads, safety is a top priority. The proven traverse system, the intelligent arrangement of suction plates and the high-quality individual components ensure maximum stability and thus prevent the product to be transported from being deformed. Optical and audible warning devices notify the operator about any possible problems. A vacuum accumulator built in the hot-dipped galvanized main traverse reliably maintains, e.g. in case of a power outage, the vacuum over an extended period and thus guarantees that the transported loaded can be safely lower in case of an emergency. Heavy load units carrying capacity up to 4.000 kg Sample application Vacuumtraverse AERO 2500/10R-24V with battery power Vacuum traverse...

Scott Protégé ZM is maintenance-free, user-friendly and a reliable gas measurement device. Once the Protégé is activated neither further charging nor calibration is necessary! During the run time of 2 years the device measures oxygen, carbon monoxide or hydrogen sulphide. Maintenance-free Oxygen, carbon monoxide, or hydrogen sulphide In order to extend battery operation time, after measurements power save modus turns on Triple- warning device with optical, acoustic and vibration alarm signals LC-display can be customized and it indicates remaining device runtime, gas measured values in real-time or both Alarm thresholds as well as deadlines for inspection and calibration are configured by the user itself Function for data recording Complies with protection class IP66/67 (certified by an independent institute) Optional expandable by testing facility with 4 equipment pockets and programming device for IR- interface Data sheet