Micro-optics - Import export

STEEC makes very high-precision parts and supplies numerous companies in the medical sector. These companies are seeking reliable partners that have proved their professionalism and have demonstrated their ability to be a trusted partner in all subcontracting relationships. STEEC is involved in the manufacture of implantable or ancillary parts makes parts such as laser cut stents, spark eroded implantable orthopaedic staples or even micro-milled medical optical tools. STEEC is therefore regularly audited by its customers in the medical sector, who year after year renew their confidence in the company

#Description Taihan Fiberoptics co., ltd. refers to the technology and the medium associated with the transmission of data as light along a pure strand of glass, which is a thin as a human hair. With the increasing use of multimedia data and the advancement of wire and wireless services, the demand for optical fibers is increasing. Our lower bend loss optical fibre is best suited for your network enabling high network performance and significantly lower installation costs. We offer range of 250um and 200um Bend Insensitive Single Mode fibre and Non-Zero Dispersion Shifted Single Mode fibre (NZDSF) solutions suitable for 5G and FTTx applications. #Products - Low Loss optical fiber - Non Zero Dispersion Shifted optical fiber - Bending Insensitive optical fiber - Micro Diameter optical fiber - Multi mode optical fiber

Based on the longstanding experience in the field of industry optics, Befort is your optimal partner for the new development and production of customer specific optics and mechanooptic systems. Our experts will find and realize the best solution for your optical problem. Solutions may be based on a variety of technologies, such as spherical, refractive optics, but also freeform optics, micro optics, diffractiveaspheric or plastic optics. Furthermore, we integrate electronics, sensor technology, controls and image processing jointly with external partners. OUR SOLUTIONS ARE APPLIED IN A VARIETY OF MARKETS Medical technology Automotive Mechanical engineering Industrial image processing Laser technology Defense Sensor technology

INGENERIC C-Module The Collimation Module (C-Module) is a highly efficient means of reducing the divergence of diode lasers in the fast- and slow-axis simultaneously. The module consists of two micro-optics, fixed and aligned in one single module with high precision. Alongside its optimum collimation characteristics the module guarantees a simple and cost efficient assembly of diode lasers. The compact C-Module thus guarantees highest brightness of diode lasers in combination with minimum size. Please refer to our broad product spectrum of fast-axis and slow-axis collimators to combine your C-Module for your specific application. Advantages efficient collimation optimized for highest brightness compact module easy to mount transmission up to 99% highest level of precision and uniformity long term stability optimized design

INGENERIC OPTICAL SYSTEMS – CUSTOM-FIT! INGENERIC develops and manufactures optical systems and modules, especially designed and optimized for specific customer requirements. A team of experts in the fields of optical, mechanical and electronical design will not only develop the perfect optical design for highest performance. The module will simultaneously be optimized with regard to all other customer specific requirements. Whether this may be a specifically small housing, a maximum permitted weight or specific demands regarding the cooling area – the required specification will be defined in accordance with the demands of the application and then be put into practice. Last but not least, all of our systems benefit from the utilization of INGENERIC’s high quality micro optics, which are well-known all over the world.

Iron and steel represent a fundamental pillar in industrial production. Precision in the production process of metal plates, sheets and coils is crucial to the efficient use of scarce resources and economic success. As a manufacturer of measuring systems for the steel industry based on optical sensors, Micro-Epsilon offers a comprehensive portfolio without radioactivity that ensures More Precision in all applications regardless of complexity and material properties. With optimized sensor technology tailored to the respective application, innovative mechanical design, as well as cooling and protective devices, the systems meet the challenges of the processes. The high-performance signal processing and analysis software makes the systems the leading optical measuring systems on the market which detect the following parameters

New interferometer sensors with different designs and properties are available for the integration in demanding environments. Due to its 90° beam path, the IMP-DS0.5/90/VAC can also be mounted in low installation spaces. The new IMP-DS1/VAC miniature sensor is one of the smallest optical sensors from Micro-Epsilon. With a diameter of 4 mm and an integrated cable, the sensor can also be used in extremely confined installation spaces. Sensors and cables can be used both in the clean room and in a vacuum.

Optical micrometers from Micro-Epsilon operate according to the transmitted light principle (ThruBeam micrometer). Here, the transmitter produces a parallel light curtain that is transmitted via a lens arrangement into the receiver unit. The beam is interrupted if an object is in the light path. The resulting shadowing is detected by the receiving optics and output as measurement value. Most optical micrometers are used for dimensional measurements in production, machine monitoring and quality assurance. Parameters such as diameter, gap, height and position are detected with high accuracy.

Zirconia (ZrO2) Ceramics have the highest toughness and strength at room temperature of all the advanced ceramic materials. At present, it has been widely used in grinding balls, dispersion and grinding media, nozzles, ball valve seats, zirconia molds, micro fan shafts, optical fiber pins, optical fiber sleeves, drawing dies and cutting tools, wear-resistant knives, and other room-temperature resistant Grinding parts and so on. Zirconia is widely used in the fields of the thermal barrier layer, catalyst body, medical treatment, health care, textile, and so on. This dense advanced ceramics material is usually precision ground using conventional diamond cutters and wheels. Machines used for precision grinding include: Surface grinders CNC milling machines Jig grinders Centerless grinders CNC lathes ID grinders

Zirconia (ZrO2) Ceramics have the highest toughness and strength at room temperature of all the advanced ceramic materials. At present, it has been widely used in grinding balls, dispersion and grinding media, nozzles, ball valve seats, zirconia molds, micro fan shafts, optical fiber pins, optical fiber sleeves, drawing dies and cutting tools, wear-resistant knives, and other room-temperature resistant Grinding parts and so on. Zirconia is widely used in the fields of the thermal barrier layer, catalyst body, medical treatment, health care, textile, and so on. This dense advanced ceramics material is usually precision ground using conventional diamond cutters and wheels. Machines used for precision grinding include: * Surface grinders * CNC milling machines * Jig grinders * Centerless grinders * CNC lathes * ID grinders

Micro optics, optical lenses, glass lenses, molded glass, moulded glass

The fully automated assembly station VersaGlue takes components, such as lenses or dies from a loading area and mounts them by epoxy gluing with UV or thermal curing. The large work area of up to 1000 mm x 1000 mm provides space for the positioning of device trays and support systems. The parts are presented manually or fully automated. Feeders or stop-motion conveyor belts bring the parts to the working area and collect the finished product. The VersaGlue processes optoelectronic elements like VCSELs, photo diodes, laser dies and micro optics with highest precision while the passive placement of fiber ribbon cables is another major application.Thorough design and continuous optimization of all functional groups lead to superior mechanical stability. Mechanical references with tight tolerances provide a repeatable manufacturing operation from device to device.

Housing: rugged and light-weight aluminum alloy functioning as platformfor light bars and driver compartment, and lighting control interfaces (e.g.Zhaga sensor ready connector, NEMA receptacle). Mounting bracket: powder-coated aluminum alloy. Lightbars: extrusion aluminum heatsink, aluminium PCB with 18 LEDs mounted, UV resistant polycarbonate 18-in-1 optic lens cluster, micro terminal block on PCB, and connector for toolless wiring. IP67 and IK10 rated. Hardware: 304-grade stainless steel nuts.