Measuring equipment - Import export

This parts used for mechanical parts.

These are the optical fiber fastener which accessories used in electronic. They were made by brass, optical fiber fasteners are essential components in the field of fiber optics. Optical fiber fasteners play a crucial role in managing and securing fiber optic cables. They are designed with specific features to ensure the safety and integrity of the cables, making them an indispensable tool in the field of fiber optics.

These are the accssories use for machines.

Lightning fast opening and closing with Zipper E-Chain® und E-Tubes - Zipper E-Chain® satisfy by their practicability and performance. The "zip fastening" function shortens the installation time. The small pitch, the rugged elastic zipper band and the heavy duty links amaze in high accelerations. The Zipper series is one of the most popular igus® E-Chain® series in the sophisticated industrial sectors. Other information Series 047 Inner height hi: 9 mm Inner widths Bi: 10 - 16 mm bending radii R: 18 - 38 mm Pitch: 13 mm E-Chain®, rip-open along the outer radius Series 07 Inner height hi: 10,3 mm Inner widths Bi: 6 - 64 mm bending radii R: 18 - 48 mm Pitch: 20 mm E-Chain®, rip-open along the outer radius Series 09 Inner height hi: 15 mm Inner widths Bi: 10 - 50 mm bending radii R: 28 - 48 mm Pitch: 20 mm E-Chain®, rip-open along the outer radius Series 15 Inner height hi: 17 mm Inner widths Bi: 15 - 100 mm bending radii R: 38 - 180 mm Pitch: 30,5 mm E-Chain®, rip-open along the outer radius Series 17 Inner height hi: 32 mm Inner widths Bi: 15 - 100 mm bending radii R: 63 - 125 mm Pitch: 30,5 mm E-Chain®, rip-open along the outer radius Series R07 Inner height hi: 10,3 mm Inner widths Bi: 10 - 50 mm bending radii R: 38 - 48 mm Pitch: 20 mm E-Tube, rip-open along the outer radius Series R09 Inner height hi: 15 mm Inner widths Bi: 10 - 50 mm bending radii R: 48 - 100 mm Pitch: 20 mm E-Tube, rip-open along the outer radius Series R15 Inner height hi: 17 mm Inner widths Bi: 25 - 80 mm bending radii R: 63 - 180 mm Pitch: 30,5 mm E-Tube, rip-open along the outer radius Series R17 Inner height hi: 32 mm Inner widths Bi: 15 - 63 mm bending radii R: 63 - 125 mm Pitch: 30,5 mm E-Tube, rip-open along the outer radius Clean room Class 1 (ISO class 3) for Series 15, tested by the Dryden Engineering Company, California. iF-Design-Award for Zipper-Design UL94-V0 classification on request 58 dB(A) determined at the igus® laboratory, v = 1.0 m/s unsupported, Series 09.50.028.0 Lightning fast opening and closing with Zipper E-Chain® und E-Tubes - Zipper E-Chain® satisfy by their practicability and performance. The "zip fastening" function shortens the installation time. The small pitch, the rugged elastic zipper band and the heavy duty links amaze in high accelerations. The Zipper series is one of the most popular igus® E-Chain® series in the sophisticated industrial sectors. Series 047 Inner height hi: 9 mm Inner widths Bi: 10 - 16 mm bending radii R: 18 - 38 mm Pitch: 13 mm E-Chain®, rip-open along the outer radius Series 07 Inner height hi: 10,3 mm Inner widths Bi: 6 - 64 mm bending radii R: 18 - 48 mm Pitch: 20 mm E-Chain®, rip-open along the outer radius Series 09 Inner height hi: 15 mm Inner widths Bi: 10 - 50 mm bending radii R: 28 - 48 mm Pitch: 20 mm E-Chain®, rip-open along the outer radius Series 15 Inner height hi: 17 mm Inner widths Bi: 15 - 100 mm bending radii R: 38 - 180 mm Pitch: 30,5 mm E-Chain®, rip-open along the outer radius Series 17 Inner height hi: 32 mm Inner widths Bi: 15 - 100 mm bending radii R: 63 - 125 mm Pitch: 30,5 mm E-Chain®, rip-open along the outer radius Series R07 Inner height hi: 10,3 mm Inner widths Bi: 10 - 50 mm bending radii R: 38 - 48 mm Pitch: 20 mm E-Tube, rip-open along the outer radius Series R09 Inner height hi: 15 mm Inner widths Bi: 10 - 50 mm bending radii R: 48 - 100 mm Pitch: 20 mm E-Tube, rip-open along the outer radius Series R15 Inner height hi: 17 mm Inner widths Bi: 25 - 80 mm bending radii R: 63 - 180 mm Pitch: 30,5 mm E-Tube, rip-open along the outer radius Series R17 Inner height hi: 32 mm Inner widths Bi: 15 - 63 mm bending radii R: 63 - 125 mm Pitch: 30,5 mm E-Tube, rip-open along the outer radius E-Chain® selection aids You can find the right E-Chain® quickly by entering concrete parameters and with the aid of a comparison table. Selection aids Installation instructions Joining and separating of the Zipper E-Chain®. Assembly Instructions Application examples Applications in various industrial sectors and in the igus® test laboratory. Zipper Zipper E-Chain® Short installation time: Lightning fast opening and closing of lids with zipper Zipper lid can be separated and joined in any chain link Small pitch for low-noise, silent operation High accelerations: 100 m/s² and more Interior separation possible Zipper E-Tube resistant against chips and dirt Closed E-Tube with zip-open system Protection against dirt and chips Lightning fast opening of the lid in a band Modular design - simple lengthening and shortening Small division for low-noise, silent operation, high accelerations Typical industrial sectors and applications Automatic insertion machines Semiconductor devices Linear motors, handling systems Any kind of technical equipment Measuring instruments Machine tools (Zipper E-tube) Clean room Class 1 (ISO class 3) for Series 15, tested by the Dryden Engineering Company, California. iF-Design-Award for Zipper-Design UL94-V0 classification on request 58 dB(A) determined at the igus® laboratory, v = 1.0 m/s unsupported, Series 09.50.028.0

The key to the successful optimisation of compressed-air systems is data. The METPOINT® range of measurement equipment with sensor technology and monitoring provides the data base for the evaluation and assurance of the compressed-air quality and for the identification of hidden cost drivers. Our measurement equipment can also be employed for the extension of plants and for the early elimination of malfunctions. With our sensor technology, you can capture residual oil content, residual humidity, volume flow and pressure – constantly, faultlessly and with exemplary precision. Our Monitoring and Data Logging makes all the relevant data accessible to you and your employees at a glance, ensuring the safety of your processes and the quality of your products. In this way you can take your energy management and quality control requirements to the next level of success.

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

The use of aspheres and acylinders offers substantial advantages: minimization of aberrations, increase in efficiency, reduction of optical elements and weight of the optical system. With its unique molding technique, INGENERIC combines cost effectiveness with highest serial precision. Molded optics can be structured/curved on one or both sides with a large degree of geometrical freedom and a flexible lateral contour. The lateral dimensions range approximately from 2.0 mm to 5.0 mm. Structures in the sub-millimeter range are feasible. Acylinders with larger dimensions are manufactured by INGENERIC’s well-proven grinding and polishing technology. The dimensions of these large acylinders can reach 60.0 mm in length and 120.0 mm in height. This technology is particularly adept for the manufacture of fused silica optics for applications with high power densities.

The Loresta GX is used to measure conductors and semiconductors in the lower resistance range. Measuring range: 10^-4 – 10^7 Ω. It is used to measure the surface resistivity (Ω / □), the volume resistivity (Ω · cm), electrical conductivity (S / cm) in the low-resistance range. The Loresta-GX works according to the 4-pin measuring method. The method is based on the four-wire method and was developed to eliminate the influence of contact resistance. The measuring heads consist of four needle-like electrodes. To simplify the measurement method and calculate the correction factors, all four electrodes are at an equidistant distance from each other. Conductive Materials: Paints, pastes, paints, printing ink, Smart Textiles, Plastics, rubber Film materials, metallic thin films, metallised films, resistor pastes amorphous silicon / silicon wafer, antistatic materials, EMC shielding materials ...

The Hiresta – UX measuring device is used to measure semiconductors or non – conductors (insulators). Measuring range of 10^3 – 10^14 Ω . The Hiresta UX is specialised in measuring the resistance, the surface and volume resistivity of various substances and materials of all shapes and sizes in the high-resistance measuring range. For measurements related to the ASTM D257 / ISO 2951 / JIS K 6911 standard of: antistatic materials flooring materials paper, packaging materials paints, pastes, paints fibers, clothes, fabrics adhesives, greases glass, concrete, ceramics plastics, film materials, foils etc. Up to 2000 measurement results can be exported to USB memory stick The conductivity meter impresses with its compact design, a color 7.5 “TFT touch display and user-friendly menu navigation.

Powder technology has a long history in various sectors such as the chemical, food, pharmaceutical and metal industries. Measuring the physical properties of powder is very difficult and each industry uses different assessment methods. The PD-600 powder measuring system is the further development of the PD-51. It can determine the physical properties of powder via resistivity. Powder materials of carbon products: Materials used for rechargeable battery electrodes, condensers and resistance material and insulating electronics / cokes / graphite / carbon black / carbon fiber / nano carbon, etc. Metal powder: Materials used for battery electrodes, thin film materials such as copper powder or ITO powder, for circuit board materials, for example conductive paste and electro conductive paint. Others: Thermoplastic powder, Printer toner, Magnetic material such as ferrite, food material, pharmaceutical related and automobile parts.

The first approach for the development of new processes and the research of scientific effects is the application of standardized laser systems. When the requirements on scientific research advance, they equally rise with regard to the laser systems. For optimum results in scientific research and development, diode lasers with very precise specifications are indispensable. Operating and monitoring the system with defined and fixed parameters such as the power distribution and wavelength is essential for the accurate collection and evaluation of data and will lead to reliable results. Provisioning an outright laser system will further enable scientists to actually focus on their actual research. As complete solution the system can furthermore be directly integrated into the security system, providing a safe operation for your team of experts.

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.

You require a special optical design or intensity distribution? We offer customized solutions starting with the individual aspherical lens with an optimized design, through to complete optical systems, tailored to meet the specifications of your application. We always remain true to our own principle: Regardless of whether an individual optic or a complete system is concerned, we will put it through a test cycle which is identical to its subsequent application. Thus, we combine optimum design and replicable, dependable quality, to ensure maximum customer benefit. Product Examples: individual, aspherical optics monolithic lens arrays line focus modules multi-focus spot module ring focus modules rectangular focus modules

Microlens arrays with superior form accuracy are used for applications, where reliability and highest efficiency are crucial criteria. They range from beam transformation for fiber coupling over the homogenization of laser light up to the efficient combination of laser stacks of identical wavelength. The lateral dimensions of the arrays range from some millimeters in the micro-scale up to 30 millimeters for the macro-scale. The dimension of the array structures are typically in the submillimeter range. With its unique production technique, INGENERIC is able to keep the form accuracy of the arrays within the submicron range. Advantages: superior beam shaping efficient transformation and homogenization monolithic structure highest transmission due to minimized transition zones typical facet of 400um long term stability

The INGENERIC beamPROP is a lens array which matches the beam parameter product (BPP) of the fast and slow axis of high power diode laser arrays. The beamPROP is a key component for the 1. fiber coupling of diode bars 2. dense wavelength beam combining. Both applications make high demands on the components, which are met by INGENERIC’s outstanding manufacturing technology, guaranteeing highest levels of efficiency for diode lasers. Achieve the highest beam quality through the four major features behind the beamPROP: - complete utilization of the aperture by minimized transition zones - minimum aberrations achieved by highest level of precision and uniformity of single lenslets - an exact rotation of the emitter is achieved through the defined center thickness accuracy - minimum pointing errors due to an exact position of front and back surfaces

The Slow-Axis Collimation optic is a highly efficient means of forming the beam in the slow-axis of diode lasers. It is available either as a monolithic array of cylindrical lenses or as a single lens. All of our optics are produced using high-quality optical glass. The exacting product tolerances guarantee efficient collimation of the light from all emitters and compatibility with laser bars and stacks In order to offer the best solution for your application INGENERIC provides a broad spectrum of Slow-Axis Collimation optics off the shelf. With respect to length or support structures the lenses can be tailored to your specific needs.

The most important optical component in the beam shaping systems in high-power diode lasers is the Fast-Axis Collimation optic. The lenses are manufactured from high-quality glass and have an acylindrical surface. Their high numerical aperture permits the entire diode output to be collimated with outstanding beam quality. The high transmission and excellent collimation characteristics guarantee the highest levels of beam shaping efficiency for diode lasers. By means of an FAI lens, the emitter can be directly imaged into a fiber or a target plane. The design of INGENERIC’s FAI lenses is optimized for this specific application and allows an efficient and aberration-free imaging of the emitter. In order to offer the best solution for your application INGENERIC provides a broad spectrum of Fast-Axis Collimation optics from the shelf. Years of development allow us to provide optimized acylindrical lenses for different applications.

We plan, build and deliver turnkey test systems for electronic and mechanical components. For example, these are test benches for quality assurance, validation and production departments of companies in various industries. Our services include e.g.: - Development test benches - Life time test benches - End-of-line test benches (production) - Retrofit of existing systems (software / hardware) - Climate & temperature test systems - Leakage test benches - Software development LabVIEW, TestStand, Python, C/C++ (Embedded), Microsoft PowerBI, SQL - Electronics development - Mechanical 3D CAD design - Risk assessment and CE - Commissioning, service, maintenance at home and abroad

EOL test stand for e-charging columns and their power electronics for the simulation of different electrical loads and mains fluctuations. The test stand has automatic contacting and achieves high test throughputs in end-of-line operation. Different variants of the power electronics of electric charging columns can be tested. On the software side, Merecs Engineering relies on NI-LabVIEW and NI-TestStand.

This inline thermocouple is especially invented for using under humid conditions. Compared with normal wire production this wire isolation is made in one work process, both conductors get moulded in Teflon at the same time. With this wire the measurement equipment is protected from capillary rising moisture through the wire. gas-, steam- and watertight Temperature range: -75°C to +250 °C, short-duration to + 300 °C Wire type: Teflon,0.38 mm, solid, Tmax: +300 °C

The µCAN.4.sg-F1 is the universal measurement module for the acquisition of analogue standard signals. The module is equipped to measure strain gauge full brigde signals in four-wire technology at an adjustable sample rate of up to 1 kHz per input (4 kHz overall sample rate). The bridge is excited directly from the module with a ratiometric measurement.4-wire technology Strain gauge full bridge, R > 350 Ohm Strain gauge excitation 4.096V / ratiometric Sample rate max. 1 kHz per input CAN 2.0A and CAN 2.0B / RawCAN free software configuration tool IP65-rated aluminium casing bi-colour LED for error indication Operating temperature -40°C to +85°C Fieldbus CAN Protocol Raw CAN

— Slide gate valve for solids flow on/off control, mainly used as an automatic valve for loss-in-weight feeder refill — Double acting pneumatic drive — Readily mounted 5/2 way solenoid valve Diameters - Different versions 80–400 mm (3.1–15.7 in)

— dustproof closed compact device — is suitable for all free-flowing, free-flowing bulk goods — compact design saves space More Options: — explosion-proof design Power range 2000 - 4000 dm³/h 3000 - 100000 dm³/h 10000 - 160000 dm³/h

For liquids in basic process applications The OPTIWAVE 5400 is a 2-wire 24 GHz radar (FMCW) level transmitter for liquids in basic process applications. It is particularly designed for continuous, non-contact level measurement in the chemical, petrochemical as well as oil and gas industry. It can be equipped with a PP Drop antenna for condensing atmospheres and corrosive media but features also Metallic Horn antennas. Due to its high dynamic range, the 24 GHz radar can measure distances up to 100 m / 328 ft.

Radar (FMCW) level transmitter for powders and dusty atmospheres The OPTIWAVE 6500 is a 2-wire 80 GHz radar (FMCW) level transmitter for demanding applications with powders in very dusty atmospheres. With its small beam angle, this radar is particularly suited for continuous, non-contact level measurement in high and narrow silos, hoppers or buffer storage containers up to 100 m / 328 ft. Due to the high signal dynamics of the FMCW radar, the level transmitter is ideal for low-reflective media, dust, uneven surfaces or tanks with obstacles. As it features a flush-mounted PEEK Lens antenna, there is no intrusion of the antenna into the tank.

Radar (FMCW) level transmitter for agitated and corrosive liquids The OPTIWAVE 7400 is a 2-wire 24 GHz radar (FMCW) level transmitter for liquids in harsh environments like tanks with agitators containing corrosive media. It is particularly designed for continuous, non-contact level measurement under extreme conditions prevalent in the chemical, petrochemical or oil and gas industry. The device features Metallic Horn antennas as well as PTFE and PEEK Drop antennas for measuring distances up to 100 m / 328 ft. The Drop antennas are perfectly suited for aggressive liquids in tanks. In applications with toxic and dangerous products, this radar device can be equipped with a Metaglas® second sealing barrier.

Radar (FMCW) level transmitter for solids from granulates to rocks The OPTIWAVE 6400 is a 2-wire 24 GHz radar (FMCW) level transmitter for basic applications with solids. This radar is designed for continuous, non-contact level measurement of stones, plastic granulates, coffee beans and other products in solids processing of various industries. The level transmitter features a Metallic Horn antenna as well as PP and PTFE Drop antennas. The Drop antenna design minimizes scaling and is unaffected by the angle of repose. Hence no need for expensive antenna aiming kits or purging systems.

Guided Radar (TDR) Level Transmitter for the nuclear industry This 2-wire loop-powered HART® TDR level transmitter measures distance, level and volume of liquids. Ist different versions, high resistance to radiation and seismic qualification make it the ideal TDR device for safety-related and non-safety-related nuclear applications. — Agrees with nuclear standards (e.g. ASME Section III, RCC-M) — Qualified according to IEEE Std 323, IEEE Std 344 and RCC-E — Remote converter can be installed up to 400 m / 1312 ft away from probe

The ALTOSONIC V12 is a 12-chord ultrasonic custody transfer (CT) flowmeter for natural gas. It has been designed to offer the best possible measurement accuracy, not only during calibration under ideal conditions but also during less ideal conditions in the field. As a result, ALTOSONIC V12 is the first ultrasonic flowmeter that was certified to OIML R137 class 0.5 by NMi. Due to its design with 12 acoustic chords a flow conditioner is no longer required; standards such as AGA9, ISO 17089 and MID are met with just 5D straight inlet piping. CBM flowmeter diagnostics are standard and give an exact picture of what is happening inside the flowmeter. With the optional KROHNE Care diagnostic expert system an integrated web server becomes available that presents the results as an easy to access webpage – in plain language.