Laboratory equipment There are 143 products.

Subcategories

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  Standards and gauge blocks

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  Microscopes, optical instruments

  The MICROTECH® enterprise, based on the production workshop of precision mechanics and optics, assembles the following optical devices: - metallographic including  field - stereo microscopes - counting incl.  digital - comparison microscopes (forensic science) - measuring microscopes УИМ, БМИ - measuring machines ИЗМ - optical and video projectors - optimometers All optical microscopes can be equipped with digital cameras up to 14 megapixels and Russian-language analytical software for image analysis, calculation and recording of received information.  Each type of microscope has a portable version for working in the field or in the workshop.  MICROTECH® always has more than 20 types of microscopes and a wide selection of accessories for the modernization and repair of microscopes.  It is possible to retrofit the “Soviet” measuring microscopes with digital display systems.  The MICROTECH optical instruments production program includes both classical optical optimometers, measuring microscopes, and their digital versions - more accurate and convenient to use.  Hundreds of MICROTECH® microscopes and projectors used in Ukrainian industrial enterprises are the best quality recommendation for our optical instruments.

   

  Download the catalogue of Microscopes and optical tools MICROTECH®

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  3d Measurements

  MICROTECH does complex 3D measurements easy and budget due to cooperation with the largest British manufacturer of coordinate measuring machines Aberlink and Swiss manufacturer of measuring arms "Trimos".
  
  The main benefits of Aberlink's co-ordinate measuring machines (CMMs) are intuitive software, affordable pricing (from €19700), Renishaw probe head and stylus set, an industrial PC and English software - all at a basic cost of a co-ordinate measuring machine. MICROTECH provides warranty, service and training.
  Aberlink also has a range of compact Xtreme automatic uncompressed machines that can easily be moved between workshops and laboratories.
  
  The Trimos 3D measuring arms (up to 9 metres) use intuitive software from Aberlink. They are used to quickly and accurately measure large-size parts in shop floor environments.
  
  All types of coordinate measuring machines and 3D arms are always available in MICROTECH. We invite you to trial measurements with your parts for FREE.
  
  
  
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  Impression mass for non-destructive testing

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  Hardness tester

  Hardness is a property of a material that characterizes the resistance of local plastic
  deformation that occurs when a more solid body (indenter) is introduced into this material.
       Hardness is measured by hardness testers that are classified by standards (ISO and ASTM)
  according to methods for determining hardness readings:
        1. ROCKWELL HARDNESS TESTERS measuring hardness measure the residual
  increment in the depth of the tip after unloading:
           - on a scale HRA - control of superhard alloys by the indenter "diamond cone",
           - on a scale HRB - control of materials of medium hardness by an indenter "steel ball",
           - on a scale HRC - control of hardened and tempered parts, indenter "diamond cone".
         2. BRINELL HARDNESS TESTERS (HB, HBW scales) according to the indentation
  diameter control the hardness of non-hardened steel, cast iron, non-ferrous metals, soft bearing
  alloys by means of a steel carbide ball with a diameter from 1.0 to 10.0 mm.
         3. VIKKERS HARDNESS TESTERS (HV scale) along the diagonal of the print of the
  diamond pyramid control the hardness of small products, thin materials, coatings and films.
        4. SHORE HARDNESS TESTERS (HSD scale) determine the hardness of the rolling rolls
  by the height of the rebound of the striker, and the Shore hardness meter (scales HA, HD, HC)
  determines the hardness of rubber, polymers and porous materials by introducing an indenter into
  the surface of the material.
         5. PORTABLE T HARDNESS TESTERS measure the hardness of ferrous, non-ferrous
  metals, stainless and low alloy steels, using the direct method of the Lieb scale (HL) with the
  conversion of hardness values ​​to the values ​​of the corresponding standard scales of Rockwell
  (HR), Brinell (HB), Vickers (HV) and Shore ( HSD).
       You can calibrate in a NAAU accredited laboratory "MICROTECH" in accordance with the
  requirements of the standard ISO 17025-17, while "MICROTECH" performs service and repair of
  hardness testers with their subsequent calibration.
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  Horizontal measuring machine

  Swiss horizontal Trimos long-lengths for high-precision measurement of parts up to 2000mm and calibration of gauges, plugs, measuring instruments (calipers, micrometers, calipers, indicator and micrometer indicators, length measures).
  There are workshop, laboratory versions of long meters with a resolution of up to 1 nanometer.
  They are equipped with PCs with metrological control software.
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  Dynamometry

  MICROTECH® torque wrenches designed to measure and control the torque of a force when tightening both right and left threaded connections.
  
  Scale torque wrenches, designed to measure the torque of a force, are available with a pointer (КМДИ) and digital (КМДЦ) indication. КМДИ keys are distinguished by rather high accuracy for this type of keys and the possibility of fixing the measurement after unloading.
  
  КМДЦ keys are high-precision devices, which, in addition to the main purpose, can be used as part of the standard measuring complexes of the second category. These keys have the ability to work in the alarm mode to achieve the required value of the torque force, as well as the standard RS-232 interface for communication with a PC.
  
  The limit torque wrenches MICROTECH® (КМДП) are designed to control the torque of the force when tightening threaded connections with the right thread. The reference torque of the force is set according to the vernier applied to the key handle drum. The keys are distinguished by increased accuracy (up to 5%), as well as ease of operation and maintainability.
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  Roughness testers

  Roughness testersMICROTECH for visual assessment of surface roughness
  
  MICROTECH presents roughness testers of the HANDYSURF and SURFCOM TOUCH series manufactured by ACCRETECH.
  The roughness testers are equipped with a high-performance drive with high resolution and wide range. A high-performance instrument with a measuring range of 1000 µm and a minimum Z-axis resolution of 0.0001 µm allows measurements over a wide range and high resolution.
  HANDYSURF + complies with ISO, JIS (2001, 1994, 1982), ASME, CNOMO and other international standards.
  The displacement sensor provides an accurate measurement of surface roughness. Since the sensor is replaceable, additional sensors designed for holes and deep grooves can also be used, which expands the range of applications for this series. The USB port allows measurement data, parameter values ​​and profile curve data to be transferred Roughness testers from MICROTECH have a base with a height-adjustable measuring module for carrying out various types of surface roughness.
  The measuring module of the laboratory profiler-profiler can be retrofitted with special probes for measuring grooves, hard-to-reach holes, etc.
  All roughness testers pass 100% metrological control in the ISO 17025 accredited metrological laboratory MICROTECH

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  Calibration stands

  MICROTECH offers stands for calibrating digital and analog indicators, calipers, rulers, tape measures and stands for special tasks produced by Kharkiv MICROTECH and European manufacturers Sylvac, FMS-Steinmeyer.
  Indicator stands are divided into manual, semi-automatic and automatic with an optical indicator control system. The discreteness of the stand can reach 0.01 microns.
  MICROTECH custom-made manufactures specialized stands for monitoring the geometrical parameters of ceramic tiles and stone slabs, macro profiles.
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  Metallographic equipment

  Metallography is a method of examination and control of metals, the preparation and study of the structure of the thin sections in a metallographic microscope. The structure of the studied sample is revealed by etching, or cutting, grinding and polishing the sample. Sample preparation is one of the first steps for metallography and is extremely important in metallography. Quality sample preparation will have a positive effect on the final results of metallography. A lot depends on the quality of sample preparation equipment, e.g. repeatability of material properties from sample to sample.
  
  MICROTECH® grinding and polishing machines are designed for grinding and polishing samples during metallographic studies.
  
  Sample cutting machines are designed for cutting samples during metallographic studies.
  
  
  

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  Form control

  Shape deviation - deviation of a real surface from a geometric or nominal one.  The surface roughness is not taken into account.  Modern measuring instruments (СИТ) for controlling the shape can use the contact method (round gauges, bienimers) and the non-contact method (optical machine for controlling the shape).
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  Scales, counters

  For modernization of old machines, microscopes, IZM linear scales WTA and WTV which are linear converters of mechanical movements in an electric signal are applied. The sensitive element captures the mutual movement of the movable and immovable parts of the scale.
  
  The readings transmitted by the scales are displayed using the digital reading units WE-6800 and WE-100. Information from digital reading units can be transmitted to a PC.
  
  MICROTECH® at the request of the customer makes installation of BCI and linear scales, the state certification (if necessary).
  
  You can download INSTRUMENTAL BULLETIN: Modernization MICROTECH^®

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  Probes & displays

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  Custom measuring equipment

  MICROTECH developing and manufacturing measuring stands for special measurings:

  • stand for ceramic stones and tiles control
  • stand for pipe straightness control
  • stand for bottle form control
  • stand for 2D macro profile control

  Stands equipped with precision multifunctional computerized measuring system with Wireless data transfer.
  It’s possible to develop special stands for custom requests and measurings.
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  Surface plate and straight edge

   

  Shape deviation is the deviation of a real surface from a geometric or nominal one. The surface roughness is not taken into account.
  
  To determine the deviation of the shape of flat surfaces most often use the mechanical method, which uses the following FTA: - test lines SP, SD, CMM, UT (rectangular, I-beam, bridges, triangular) of steel and granite up to 8000 mm. 0, 1 and 2; - Plates testing, granite and steel, the sizes to 6000 mm kl.00, 0 and 1; - Rulers local LD, LT, LC (with a bilateral bevel, triangular, quadrilateral) kl.00, 0 and 1; - Precision impression-molding materials.
  
  Kharkiv Microtech ® produces in Europe the most complete range of rulers and calibration plates (including lightweight and granite) in the ISO9001: 2008 quality system at the absolutely best price thanks to Kharkiv grinding and calibration