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The new QuellTech Q5 Laser Scanner Series combines the advantages of small form factors with both high resolution and scan rate. The sensor disposes of different set-up possibilities with respect to the analysis algorithm. Measurement results are delivered via Ethernet, calibrated in the X / Z plane. Special adjustable algorithms can be selected, extremely useful particularly also for optically most demanding surfaces. Time-consuming calibration tasks for the user are no more required, as the calibration routine runs on board. High Scan Rate with up to 14,000 Profiles per Second Due to an appropriate limitation of the image range (AOI) in X and Z direction, the scan rate could considerably be increased. High resolution and detection frequency with up to 14.000 profiles and 28 Mio. points per second •X measuring range from 10 to 1022 mm •Z measuring range (height) from 5 to 878 mm •Laser wave length blue 405/450nm, red 650nm

Thanks to latest digital technoloy, we can meet your demands at a high professional level. We provide 2D/3D measurement (e.g. dimension measurements, burr measurements, grain size analysis, residual contamination analysis according to ISO 16232 & VDA 19, profile measurements, particle analysis, 3D presentation) with multi-lightning view for various illumination angles, optical shadow effects to clearly identify smallest univenness, reflexion reduction and HDR-view for high colour graduation. Several types of perspectives are possible thanks to a pivoted angle of sight (up to 90°) or by adjusting the mobile object lense (e.g. hollow spaces). We compile a detailed documentation including pictures or videos, where even real-time swivellling views can be recorded. We are looking forward to receiving your enquiry!

DigiVision offers innovative functions such as practical calibration tools, configurable single-channel or multichannel views for displaying both measurement curves and values, and custom zoom functions. With a choice of trigger functions, every application has a wealth of options for activating data acquisition. Important performance features include automatic device detection, device-parameter backup and archiving of measurement data in Excel or raw data format. In the world of production and quality assurance, coping with an ever increasing variety of software is part of daily life. Operating several different instruments at once is easier if each device can be operated in the same way. All burster indicators and USB sensor interfaces are equipped with the DigiVision PC software. This data-acquisition and configuration software even supports indicator units purchased years ago.

The dimensionCONTROL TMWI 8302.LC system is suitable for the inline weight inspection of continuous running rubber profiles (tread pattern or sidewalls) for passenger and truck tires. Based on the force measurement principle, the inspection system uses two load cells which measure the deflection of the measurement conveyor. These sensor elements are attached to a massive construction, which ensures a long-term mechanical stability of the system. The measurement conveyor uses precise and balanced aluminum rollers with special surface treatment. This ensures a low deadweight, avoids influence of unbalance and eliminates material sticking. Data obtained from the load cells are processed in the implemented PLC cards which determine the measured weight mathematically.The software included offers a variety of measurement data processing, definition of design profiles, statistical analysis of measured profiles and diagnostic tools.

The TorqueStar Pro is the most complete and fully equipped torque indicator and data collector in the new TorqueStar range. The TorqueStar Pro takes all of the features and benefits of the Plus model but with the addition of more advanced measurement modes, graphical analysis, statistics and connection capabilities. The TorqueStar Pro offers measurement modes including track, peak, pulse, click, audit, move-on, retighten and yield giving a complete range of data to measure and collect. The Pro offers the ability to add ‘jobs’ and ’rounds’; specific predefined tightening requirements for a series of fastening applications, in a specific assembly process. In addition, the TorqueStar Pro offers more advanced statistics and the ability to view and collect real-time torque traces which can be analysed and reviewed as they are recorded. Added RF communication capabilities also allow the TorqueStar Pro to connect to our series of WrenchStar Multi digital torque wrenches and our [...

Measurement uncertainty is an important term in measurement technology and refers to the uncertainty associated with each measurement result. It results from various factors. Consideration of measurement uncertainty is important to ensure that measurement results are reliable and comparable. It also helps with decision-making and can help avoid wrong conclusions. Our offers for you: Execution of measurement uncertainty analyses and preparation of measurement uncertainty budgets; Critical examination of existing measurement uncertainty data and -analyses; Preparation of reports for measurement uncertainty analysis; Training and consulting.

We develop and build test stands for pumps and can refer to several references in this field. In addition, we build press-off facilities and design them individually, including suitable risk assessment. Our process visualisation is suitable for customer presentations of the running pumps directly at the pump test stand. In addition, Merecs Engineering provides the connection to the IT infrastructure of our customers (ERP systems or databases). - Planning, calculations and construction - Coordination of suppliers - LabVIEW software development - NI-Real-Time & FPGA for high-speed evaluation of speed and acceleration measurement values - Vibration analysis via FFT (updated live) - LabVIEW, NI-cRIO and Siemens S7-1500 PLC in combination possible - Database connection - On-site assembly and IB

Learn how to calculate and interpret the measurement uncertainty of your measurement results. In this training, you will learn the basics of measurement uncertainty analysis, how to apply the GUM method, how to create measurement uncertainty budgets, and what makes ASME PTC19.1 different from GUM. You will learn how to determine measurement uncertainty budgets and how to use them to efficiently optimize the measurement uncertainty of measurement setups. In the training, we focus on: Mathematical Fundamentals; Definitions and terms; Application of the GUM method; Creation of measurement uncertainty budgets; Calculation of measurement uncertainty; Analysis and critical appraisal. You can design the training according to your wishes! Holding a workshop in which you actively contribute your problems has also proven to be a good idea. We are happy to respond to your individual questions and concerns.

Tablet for mobile use Eight analog inputs with up to 100kHz bandwidth. Various options available for signal conditioning and power supply of connected sensors. •,8 analog input channels •,Up to 100kHz bandwidth synchronously sampled across all channels •,16/24 bit resolution with 110+dB signal-to-noise ratio •,4h battery life •,Internal SSD with up to 256GB storage capacity (over 12h data recording) •,Compact dimensions (270x230x38mm) and low weight (2.5kg) •,Built-in 10" touchscreen for easy configuration and display of measurement and analysis results •,2xUSB port, 1x Ethernet interfaces, connection for external 12V power supply •,Various Signal Conditioning Options (in development)

ORP sensor for water applications The OPTISENS ORP 8590 sensor is characterised by standardised design, easy handling and a long life cycle. In combination with the MAC 100 signal converter it is possible to create an extremely reliable and low-cost measurement system, which is suitable for a wide range of water analysis measurement tasks. Designed as combined electrodes with built-in reference electrode the OPTISENS ORP 8590 is equipped with a platinum electrode, ceramic diaphragm and integrated temperature sensor Pt100.The sensor can be easily adapted to various application requirements and it is extremely service friendly and durable.

Inductive conductivity sensor for water Analysis The inductive conductivity sensors of the OPTISENS IND 1000 feature a compact and extremely rugged design as well as a wide measuring range. In combination with the MAC 100 signal converter it is possible to create an extremely reliable and low-cost measurement system, which is suitable for a wide range of water analysis measurement tasks. These systems are very well suited for conductivity measurements in severely contaminated, aggressive media in the water and wastewater industries. - Compact design for pipelines with small diameters - Wide measuring range (0.5…2000 mS/cm) - Corrosion-resistant and dirtrepellent material PP or PVDF - Completely enclosed measuring cell with two inner, ring-shaped measuring coils - Integrated temperature sensor

Free chlorine/chlorine dioxide/ozone measuring system for water applications The OPTISYS CL 1100 measuring system consists of the membrane free OPTISENS CL 1100 sensor. The sensor is characterised by standardised design, easy handling and a long life cycle. Together with the MAC 100 converter, flow-through holders, valves, temperature sensor and an optional pH sensor OPTISENS PH 8500, this is a tested and ready to use measuring system which is very reliable and easy to maintain. The system is suitable for a wide range of water analysis measurement tasks. - Complete measuring system – ready to use and easy maintenance - High quality and precise gold electrodes for usage in water analysis - Membrane-free sensor for a wide application range

pH sensor for water applications The OPTISENS PH 8100 sensor is characterised by standardised design, easy handling and a long life cycle. In combination with the MAC 100 signal converter it is possible to create an extremely reliable and low-cost measurement system, which is suitable for a wide range of water analysis measurement tasks. Designed as combined electrodes with built-in reference electrode the OPTISENS PH 8100 sensor type is equipped with two open diaphragms and integrated temperature sensor Pt100. The sensor can be easily adapted to various application requirements and it is extremely service friendly and durable.

The award winning MATRIX-F II FT-NIR spectrometer allows the direct measurement in process reactors and pipelines, leading to a better understanding and control of the process. Accurate in-line results in seconds Multiple components per measurement Non-destructive analysis Optional built-in 6-port multiplexer Direct method transfer Rugged design Ethernet connectivity and industry standard communication protocols

- Quality control and safeguarding - Individual test values and criteria - Customer-specific measuring and testing plants - Single measuring systems with manual assembly - Fully integrated and automated testing plants using robots - Optical, acoustic or electrical systems with/ without parts contact, data preparation, analysis Measuring and testing systems we were involved in: - Camera systems with corresponding image processing - Part recognition, positioning, color and surface examination, checking for damages - Optical / tactile / ultrasonic tests using sensors and displacement measurement systems - Leakage and pressure tests - Inspection and monitoring of filling level - Run-out properties and accuracy - Backlash measurement - Electrical tests and measurements - Electrical values, check measurements, switching and opening properties Used in all branches: e.g. pharmaceuticals industry, medical engineering, cosmetics, electronics and automotive industries.

High-quality laboratory microscope with integral 2 megapixel CCD colour camera: We use this type of microscope every day in our production and quality assurance departments, so we can also recommend it to our customers. Special features of the microscope Camera resolution max. 1600 x 1200 pixels – also suitable for video recording. Complete with USB 2.0 PCI card for fast data transmission Including image analysis software for evaluation, measurement, and archiving with a PC (Win 2000/XP) With calibrating scale 4 top-quality objective lenses: 4x, 10x, 40x, 100x 30 W halogen lamp with iris diaphragm and colour filters Cross-table with object slide Holder Variable-height and adjustable condenser Fine adjustment for precise focussing Quality transmitted light microscope for laboratories with integrated 3 megapixel CCD color-camera

The narrow-band filter of the MTS2SENS200 carbon dioxide with a CWL of 4265 ± 25 nm and an HBW of 120 ± 10 nm is optimized for the measurement of carbon dioxide (CO2) with reference channel (CWL: 3910 ± 28, HBW: 70 ± 10 nm). The detector is characterized by an integrated thermistor for reference temperature determination and an interference absorber. They both ensure that the signal is converted as efficiently as possible from radiant energy to thermal energy. The basis of the IR thermopile MTS2SENS200 carbon dioxide are 2 chips with 200 bismuth-antimony/antimony thermocouples each. Thanks to them and the filling with krypton, the detector convinces with a detectivity of up to 6.27*10^8 cm√Hz/W and sensitivity of up to 171 V/W. The signal quality is comparable to pyroelectric detectors. The detector can be used at ambient temperatures between -20 and 85 °C in numerous industrial, aerospace and medical applications: Exhaust gas measurement, breath gas analysis or patient monitoring.

The cost-efficient infrared emitter JSIR340-4 is optimized for NDIR gas analysis and other infrared measurement applications such as DIR spectroscopy, ATR spectroscopy or PAS spectroscopy. The membrane of the cmOS based IR emitter reaches membrane temperatures of up to 800 °C. It provides long-term stable radiation output for industrial applications for control and monitoring of process gases, associated gases at ambient temperatures between -20 and 85 °C. The packaging version in the standard TO housing with cap is suitable for measuring distances up to 2 cm. The MEMS chip used in our IR emitters consists of a multilayer hot plate diaphragm containing a high temperature stable metal C-MOSI layer. The emitter chip has an active area of 2.2 x 2.2 mm2 and is based on a silicon substrate with a back-etched membrane. All thin film processes are performed using standard MEMS processes and cmOS compatible materials. The active C-MOSI resistive layer is protected against aging & environment.

Cost efficient infrared emitter for NDIR gas analysis and other infrared measurement applications. With only 250 mW required input power, the emitter is also suitable for mobile - and handheld devices. The membrane of this cmOS based ire source achieves membrane temperatures up to 800 °C with long term stable radiation power and short time constant. For high volume applications such as building air conditioning, automation and others, the JSIR 340 is suitable due to its excellent price/performance ratio. The packaging with reflector is good for measurement distances from 2 cm. The MEMS emitter chip consists of a multilayer hotplate membrane containing a high temperature stable metal C-MOSI layer. The emitter chip is based on a silicon substrate with a back-etched membrane. All thin film processes are performed with standard MEMS processes and cmOS compatible materials. The active C-MOSI resistor layer is protected against aging and environment.

This premium pyroelectric quad detector is tailored for measurement applications for the analysis of nitrogen oxides (NOX) in environments from -20 to 85 °C. The filters determine the infrared detection of the following gases: water vapor (H2O) (CWL: 6580 ± 40, HBW: ± 35 nm), nitric oxide (NO) (CWL: 5300 ± 30, HBW: ± 20 nm), sulfur dioxide (SO2) (CWL: 7300 ± 50, HBW: 180 ± 20 nm) and an embedded reference channel (CWL: 5060 ± 25, HBW: 100 ± 15 nm). The four-channel IR pyrodetector achieves a high detectivity of up to 4.0*10^8 cm√Hz/W and sensitivity of up to 200000 V/W. The MPS4SENS NOX provides reliable measurement values in ambient temperatures between -20 and 85 °C, e.g. for industrial gas measurement or process analysis in various industry and manufacturing areas, such as chemical, textile, environmental technology, recycling or exhaust gas technology. Micro-Hybrid is the only manufacturer of pyroelectric 4-channel detectors with a high performance membrane in a TO39 package.

BlueVCount measures gas volumes in reactions of all kind. It is applicable for fermentations, degradation studies, substrate comparison studies, wastewater treatment, bioethanol or hydrogen production and is especially helpful in bio methane potential (BMP) determinations in industry and academia. Gas volume measurement delivers important information about the process and helps to optimize yields and process procedures. BlueVCount is a volume measuring unit with a 1 ml cylinder that is equipped with an oil (special) sealed magnetic piston. It counts how often 1 ml gas comes through the cylinder and reports it to the integrated display or via Modbus RTU to a software (e.g. BlueVIS). A minimum flow is not necessary.

Vibration analysis in explosive environments VIBXPERT EX is a highperformance, intrinsically safe, fullyfeatured data collector, vibration analyzer and field balancer for easy condition monitoring and troubleshooting of rotating equipment in explosive environments such as petrochemical plants, refineries, offshore oil rigs, etc. VIBXPERT EX collects field data including vibration information, bearing condition, inspection and process data and seamlessly integrates with the OMNITREND Center software platform for indepth analysis. The modular firmware structure allows you to upgrade the VIBXPERT EX from a route data collector to a fullblown troubleshooting device with advanced features such as coast down/runup measurements, event recording, ODS & modal analysis and crosschannel phase measurement.

The orthodontic basic module allows to manage clinic, doctors, patients and cases through a database. It allows to create virtual bases (ABO, ABO2013, Ricketts, Parallel, Tweed) and add them to the scanned stone models. It is also possible to perform occlusal inspection analysis, 2D / 3D sections, measurement on teeth and full arches. This module is required in order to use the other modules.

Service and preventive maintenance serve to maintain value, assure a proper function, and guarantee a long operating life. Important analysis parameters can be measured and evaluated during service jobs on site. Furthermore, all of our plants can be equipped with a tool for remote maintenance via FPN. This allows us to guarantee the fastest possible support in case of a failure. We can access your water treatment plan through this online conncection. We offer you the option of signing a service and maintenance contract. This contract includes regular expert service for your systems and equipment. We would be happy to submit an offer tailored to your specific needs.

µdox is a multi-parameter hand-held measuring device that determines relevant measured values for checking the water quality. These include pH, redox, total hardness, acid capacity and dissolved oxygen with a resolution of 1 ppb. The measuring device is particularly easy to use and to display and record data from up to eight measuring points. Fast analysis of oxygen in the µ range with response times of t90 or t99 of approx. 13 s or 30 s. Oxygen, pH and redox can be determined in parallel. The sensor systems have integrated transient monitoring. Languages and units of measurement can be parameterized. The handheld measuring device is particularly suitable for measurements on hot and steam boiler systems, in district heating systems and power plants.

The INFRA.sens® was specially developed for high-quality NDIR gas analysis. In the design phase, special emphasis was placed on high stability and a low detection limit. With the use of high-performance light emitting diodes (IR-LED) and thermal micro radiators, which were adapted to the needs of gas measurement technology, these goals were achieved in full. In the spectral range from 2 μm to 12 μm, carbon dioxide, carbon monoxide, hydrocarbons and nitrous oxide can be reliably detected up to the ppm range with this new sensor platform. Applications Environmental and Process Measurement Technology (CEM) Engine development TOC analyzers Elemental analysis Industrial gas analysis Natural gas/biogas analysis Process measurement technology Biogas research

The INFRA.sens® was specially developed for high-quality NDIR gas analysis. In the design phase, special emphasis was placed on high stability and a low detection limit. With the use of high-performance light emitting diodes (IR-LED) and thermal micro radiators, which were adapted to the needs of gas measurement technology, these goals were achieved in full. In the spectral range from 2 μm to 12 μm, carbon dioxide, carbon monoxide, hydrocarbons and nitrous oxide can be reliably detected up to the ppm range with this new sensor platform. Applications Environmental and Process Measurement Technology (CEM) Engine development TOC analyzers Elemental analysis Industrial gas analysis Natural gas/biogas analysis Process measurement technology Biogas research

The INFRA.sens® was specially developed for high-quality NDIR gas analysis. In the design phase, special emphasis was placed on high stability and a low detection limit. With the use of high-performance light emitting diodes (IR-LED) and thermal micro radiators, which were adapted to the needs of gas measurement technology, these goals were achieved in full. In the spectral range from 2 μm to 12 μm, carbon dioxide, carbon monoxide, hydrocarbons and nitrous oxide can be reliably detected up to the ppm range with this new sensor platform. Applications Environmental and Process Measurement Technology (CEM) Engine development TOC analyzers Elemental analysis Industrial gas analysis Natural gas/biogas analysis Process measurement technology Biogas research