Measuring technology - Import export

advanced 3D measurement technology

We would be happy to check the dimensional accuracy of your components in-house. LT Ultra-Precision Technology has a large number of high-precision measuring devices in precisely air-conditioned measuring laboratories for testing its own products, on which we also carry out contract measurements.The following measurement technology is available:High-precision coordinate measuring technology.Interferometric shape measurement technology for plane surfaces, spheres and aspheres.Roughness measurement technology via white light interferometer (WLI) or atomic force microscope (AFM).Reflections- and Transmissionsmessung.Ellipsometrie.Polarimetrie

We offer test stands and measurement technology and the complete software package: LabVIEW, SPS S7, Wonderware, C Sharp LabVIEW, PLC S7, Wonderware, C Sharp Today, measurement technology is no longer conceivable without high-performance software that is tailored precisely to the application - this applies both to measurement recording and the evaluation of the recorded data, right up to the control of complete systems. For this reason, EP-E has consistently developed into a software house specializing in measurement technology over the last few years. More than half of our development department is now working exclusively in this field. We are therefore one of the few companies in Germany that can supply you with test and inspection systems where hardware and software are perfectly matched. But our team is also happy to develop suitable solutions for test stands from other manufacturers.

We offer you a comprehensive service portfolio around your measurement technology: whether we support you in the complete project or only in sub-areas, is entirely up to you. Starting with the project planning and construction, over the commissioning and support with the CE certification up to the maintenance of your test stand - our offer extends.

Measurement and control technology from Heidenhain Regardless of whether you require measurement devices for your machine tools or length measurement systems – Heidenhain is your best option for challenging positioning tasks. With over 40 years of experience with measurement and control technology from Heidenhain, we can offer you a broad range of products to meet a variety of requirements in your plant. The encoders are available for various ranges with and without integral bearings and we also supply sliders and sensing heads for length measurement systems. A lot of our products also include comprehensive technical information documents, such as operating instructions and product information. We can supply general reconditioned repairs as well as new, replacement and exchange parts for current and discontinued modules and always at fixed prices.

Industrial measurement technology plays a crucial role in monitoring, controlling and optimizing industrial processes. At AIS Hensch Automation-Industry-Solution, we offer a comprehensive range of high-quality industrial measurement solutions designed for precision, reliability and performance. Precise measurements for optimal process control: Our industrial measurement technology solutions enable precise measurements and thus provide a reliable basis for the control and optimization of industrial processes. From pressure and temperature sensors to flow meters, we offer a variety of solutions that enable accurate recording of process parameters. Versatility for various applications: Our range of industrial metrology includes a wide range of products suitable for various applications, be it chemical, petrochemical, food, power generation or other industries.

Efficient material utilization in production. Fast cutting for cost-effectiveness in production. Cost reduction through minimal waste rates. Economical production from sheet materials compared to machining. High precision due to the machine’s stable construction and modern control and measurement technology (accuracy in all dimensions 0.01 mm). Drilling hole diameter is up to 0.4 mm of sheet thickness Marking can be done on the work pieces. No burrs or heat deformations on cutting surfaces. More flexible design possibilities.

Mechanically robust and with a chemical and condensed waterproof sensing area, the digital IST AG HYT humidity modules offer a wide application window and an optimal price-performance ratio. Precisely calibrated, the HYT modules deliver an outstanding accuracy and excellent long-term stability even at high humidity - ideal for sophisticated mass applications, industrial handheld devices and precise humidity transmitters. Advantages of the HYT 271 digital humidity module include: — Calibrated and temperature compensated — Fast response time — Excellent humidity/temperature accuracy and stability — High chemical resistance — Wide humidity and temperature range (0 % RH to 100 % RH and -40 °C to +125 °C) — Very low drift — I2C protocol (address 0x28 or alternative address) — Very stable at high humidity — Interchangeable without adjustment

Many materials cannot be measured tactilely, therefore non-contact thickness measurements become necessary. Especially e.g. with glowing materials, or wet processes, a continuous tactile measurement is nearly impossible. Furthermore, web speeds in plant engineering and production have increased, requiring a corresponding fast sampling rate of the measuring systems. In addition, high measuring widths are often required. Why is contact free measurement technology so perfect for this application? Can be used in any web width, Scalable measurement thicknesses from a few millimetres to several meters, Thickness and coating thickness can be measured for different materials, Vibrations of the web materials, can be compensated, Turnkey solution for mechanical engineering, Non-contact and non-destructive measurement method, Large distances to the measured object are possible, Measurement of free forms,

Other information E3.10 Inner height hi: 10 mm Inner widths Bi: 20 - 60 mm bending radii R: 15 - 48 mm Pitch: 16,7 mm E-Chain®. E3.15 Inner height hi: 15 mm Inner widths Bi: 20 - 60 mm bending radii R: 32 - 75 mm Pitch: 16,7 mm E-Chain®. E3.22 Inner height hi: 22 mm Inner widths Bi: 20 - 60 mm bending radii R: 44 - 75 mm Pitch: 16,7 mm E-Chain®. iF -Design Award 2005 IPA classification - Report IG0704-400:: ISO Class 1, according to DIN EN ISO 14644-1 for system E3, Series E3.15.040.075.0 at v = 0,5 m/s, 1 m/s, 2 m/s Other information E3.10 Inner height hi: 10 mm Inner widths Bi: 20 - 60 mm bending radii R: 15 - 48 mm Pitch: 16,7 mm E-Chain®. E3.15 Inner height hi: 15 mm Inner widths Bi: 20 - 60 mm bending radii R: 32 - 75 mm Pitch: 16,7 mm E-Chain®. E3.22 Inner height hi: 22 mm Inner widths Bi: 20 - 60 mm bending radii R: 44 - 75 mm Pitch: 16,7 mm E-Chain®. 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 Opening and closing of the E-Chain®. Interior separation and strain reliefs. Assembly Instructions Application examples Applications in various industrial sectors and in the igus® test laboratory. E3 system E3: System for highly dynamic applications The cycle times are always shorter in the automation, whereas the requirements in noise reduction, service life, vibration dampening are always higher. For this wide area of small E-Chain®, igus® now introduces the E3 system product range that completely caters to these requirements: Extremely low noise operation (max. 38 dB(A)). The resilient element replaces pins and bores as fastener Modular chain made of three elements Cost-efficient crossbar and separator "on the band" Quicker and easier access to cables by the zipper system Good stability through stable, interlocked links Easy to shorten or lengthen Ideal for flat cables Accessories: Separators, integrated strain reliefs, mounting brackets Typical industrial sectors and applications Production and processing of semiconductors Optics Automatic insertion machines Materials handling technology Measuring technology Printer and plotter Clean room application General mechanical engineering iF -Design Award 2005 IPA classification - Report IG0704-400:: ISO Class 1, according to DIN EN ISO 14644-1 for system E3, Series E3.15.040.075.0 at v = 0,5 m/s, 1 m/s, 2 m/s

Speed cameras are still an excellent tool for making your town safer by reducing the speed of motorists. The Speed+ radar's design makes it visible from very far away, improving road safety or areas heavily used by pedestrians. Its technology can accurately measure the speed of vehicles travelling in both directions. The Speed+ speed camera is also available in a solar-powered version (monocrystalline photovoltaic panel). Detection of vehicles at 80 m Powered by public lighting or solar panel 240V (AC) street lighting, consumption 24W active, <1W standby 1 battery included Red and white reflective strips (40 mm) Two-colour display (red and green or red and amber super-bright LEDs) Circuit breaker (multi-circuit, 5A fuses)

The CoMeT system is used to measure the screening effectiveness (transfer impedance, screening attenuation and coupling attenuation) of coaxial and symmetrical cables, connectors, bushings, distribution components, etc. The original CoMeT (Coupling Measuring Tube) has grown into a complete system. In principle, a cable measuring station consists of the following basic components: In addition to differently dimensioned round tube systems for cables and connectors, there are also so-called “triaxial cells” that provide a larger measuring chamber volume for parts that do not fit into one of the tubes due to their geometry (sockets, distributors, etc.).

The new strain gage amplifier with IO-Link interface enables digitalization of the measurement technology right from the sensor. Its compact design and high degree of protection allow the instrumentation amplifier to be used practically anywhere in the field. Strain gage sensors typically have an output voltage of a few millivolts. In industrial environments, e.g. in the vicinity of electric motors or frequency converters, interference can affect the measurement result when transmitting analog signals. This is reliably avoided using the new strain gage amplifier with IO-Link interface. The analog link between the sensor and instrumentation amplifier is kept as short as possible, the standardized IO-Link communication is fully digital and interference-free. The amplifier is powered directly via the IO-Link interface – a standardized 5-wire cable with M12 socket. Strain gage sensors can be connected via a 4-pin M8 connector.

Low-noise coaxial measuring cables are used wherever the smallest voltages or charges have to be reliably measured, e.g. in pH measurement technology or nuclear research. The method was developed by bda connectivity and ensures reproducible results. Depending on the requirements, these cables can be supplemented with supply or power supply wires as well as additional shields.

Low-noise coaxial measuring cables are used wherever the smallest voltages or charges have to be reliably measured, e.g. in pH measurement technology or nuclear research. The method was developed by bda connectivity and ensures reproducible results. Depending on the requirements, these cables can be supplemented with supply or power supply wires as well as additional shields.

Low-noise coaxial measuring cables are used wherever the smallest voltages or charges have to be reliably measured, e.g. in pH measurement technology or nuclear research. The method was developed by bda connectivity and ensures reproducible results. Depending on the requirements, these cables can be supplemented with supply or power supply wires as well as additional shields.

Low-noise coaxial measuring cables are used wherever the smallest voltages or charges have to be reliably measured, e.g. in pH measurement technology or nuclear research. The method was developed by bda connectivity and ensures reproducible results. Depending on the requirements, these cables can be supplemented with supply or power supply wires as well as additional shields.

In measurement and control technology digital indicators are used to constitute measured values or process variables.

In measurement and control technology digital indicators are used to constitute measured values or process variables.

In measurement and control technology digital indicators are used to constitute measured values or process variables.

In measurement and control technology digital indicators are used to constitute measured values or process variables.

In measurement and control technology digital indicators are used to constitute measured values or process variables.

In measurement and control technology digital indicators are used to constitute measured values or process variables.

In measurement and control technology digital indicators are used to constitute measured values or process variables.

In measurement and control technology digital indicators are used to constitute measured values or process variables.

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 measurement and control technology digital indicators are used to constitute measured values or process variables.

Low-noise coaxial measuring cables are used wherever the smallest voltages or charges have to be reliably measured, e.g. in pH measurement technology or nuclear research. The method was developed by bda connectivity and ensures reproducible results. Depending on the requirements, these cables can be supplemented with supply or power supply wires as well as additional shields.

The high-precision surfaceCONTROL 3D 3500 snapshot sensor is used for automated optical inspection of geometry, shape and surfaces on diffusely reflecting surfaces. The surfaceCONTROL 3D 3500 is characterized by its compact design and high measurement accuracy combined with high speed data processing. With a z-axis repeatability of up to 0.4 µm, the sensor sets new standards in high-precision inline 3D measurement technology. It reliably detects the smallest flatness deviations and height differences. Two models cover different measuring fields.