Portable Flaw detectors
Our flaw detectors have shown great performance with their reliability at critical industries by testing composite materials.
Transducers and Probes
Our transducers are available in a range of testing methods, frequencies, inclination allowing to meet all requirements of testing standards. Ultrasonic, Eddy Current, Impedance, Phased array, Immersion transducers are available for nearly any application.
Robotic testing systems
Robotic testing systems are vital for continuous high frequent operations. They are customized depending on the test piece parameters and can be integrated in flow production process.
About
Find Out More About Us
Technovotum сompany is a developer and manufacturer of non-destructive testing equipment for PCM (polymer composite materials) products and materials. The company provides services for measurement and diagnostics of PCM (polymer composite materials), supplies portable diagnostic equipment for laboratories of PCM (polymer composite materials) manufacturers. We manufacture automated non-destructive testing systems for PCM (polymer composite materials) and their implementation in customer's production line.
Technovotum is a developer and manufacturer of non-destructive testing equipment.
We carry out comprehensive non-destructive testing of products and materials made of PCM (polymer composite materials).
We provide services for measurement and diagnostics of PCM (polymer composite materials), the supply of portable diagnostic equipment for laboratories of PCM (polymer composite materials) manufacturers.
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The portable equipment of Technovotum company is intended for detection of delamination, non-adhesives and other integrity failures of polymer-composite materials (PCM), cellular structures with various fillers, as well as for determination of corrosion origins, surface and subsurface defects in metal structures.
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We manufacture automated non-destructive testing systems for PCM (polymer composite materials) and implement them in the customer's production line. Technovotum robotic test benches are designed for testing parts made of polymer-composite materials (PCM) used in the aircraft industry: airframe elements, helicopter blades, honeycomb panels, as well as wind power, small-scale shipbuilding, pipe fittings, automotive industry, etc.
All operations for selection and change of working tools (laser scanner, sensors) in the test benches are performed automatically.
Happy Clients
Projects
Hours Of Support
Hard Workers
Application
Application Industries
Six key industries are consumers of PCM (polymer composite materials)
Shipbuilding
Hull structures, foundation frames for engines, fairings of surface ships and submarines, vibration-insulating coupling joints.
Automotive Industry
Power structures of doors and seats: protective elements of bottom, bumper and radiator mounting elements, trunk lids, body panels and body elements, brake discs, thermal and sound insulation.
Helicopter construction
Main rotor and tail rotor blades, power elements and fuselage skin, sound and vibration isolation.
Impedance
testing method
Application of impedance method in bonded structures with metal and non-metal sheaths with a thickness of 1.2—1.5 mm (for steel) and up to 2.5 mm for aluminum, with light fillers -honeycomb structures, foam, etc., and search for of delamination in laminated plastics.
Ultrasonic
testing method
Resolution of acoustic analysis that is the ability to detect small flaws separately from each other, is determined by a length of a sound wave
Visual
testing method
is one of the varieties of non—destructive testing methods, primarily based on capabilities of vision, test object is examined in visible light. It can be used to detect: corrosion damage, cracks, defects in the material and surface treatment, etc. It is also carried out with the help of optical devices, which enables to significantly expand the limits of natural eye capabilities.
Eddy current
testing method
The peculiarity of eddy current control is that it can be carried out without contact between the converter and the object. Their interaction occurs at distances sufficient for the free movement of the transducer relative to the object (from fractions of millimeters to several millimeters). Therefore, these methods can provide good test results even at high object velocity.
Impact
testing method
Impact-acoustic testing is a method of free vibrations, based on excitation of freely attenuated elastic vibrations in a test object or part of it and an analysis of these vibrations parameters.
Service of testing samples provided by a customer (materials, composites, bimetals, fiberglass, etc.) in our laboratory
Portfolio
Check our Portfolio
Here are the devices developed by Technovotum which are successfully used for testing of composite materials in various industries.
- All
- Portable
- Robotic
- Transducers
DAMI-C09
MIA (mechanical impedance analysis) flaw detector for aviation materials - DAMI-С09 – is intended for detection of laminations, discontinuities, defects of lack-of-adhesion type and other continuity faults in multi-layer polymeric composite materials (PCM), honeycomb structures with various fillers, as well as for revealing of corrosion spots, surface and subsurface flaws in various metal structures.
СHAMELEON 32+
Ultrasonic phased array (PA) flaw detector with digital signal focusing and automatic determination of flaw dimensions and location coordinates is intended to control the quality of metal and composite materials in transport, oil-gas, nuclear energy, machine-building and other industrial branches.
ROBOSKOP VTM-5000/COMPOZITE
The laser scanning and flaw detection bench ROBOSCOP VTM-5000/COMPOZITE is designed for the non-destructive testing of polymer-composite materials used in aircraft constructions: glider elements, helicopter blades, honeycomb panels It is also applicable in wind power engineering, small-sized shipbuilding, pipe fitting production, etc.
ROBOSKOP VTM-5000/COMPOZITE
The laser scanning and flaw detection bench ROBOSCOP VTM-5000/COMPOZITE is designed for the non-destructive testing of polymer-composite materials used in aircraft constructions: glider elements, helicopter blades, honeycomb panels It is also applicable in wind power engineering, small-sized shipbuilding, pipe fitting production, etc.
Team
Our Hardworking Team
Our company specialists are ready to provide technical advice on testing procedures and operation with equipment at customer's facilities.
Materials
Materials which can be tested
The equipment developed by SPC Technovotum enables to search for flaws such as delamination, bond failures, discontinuity of composite materials, bond structures and honeycomb structures made of composite materials, and corrosion in sheet structures made of non-ferromagnetic materials alongside with C-scan interpretation of the detected flaws on the screen.
F.A.Q
Frequently Asked Сarbide, aluminum oxide, zirconium, nitride ceramicsuestions
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What methods are used for diagnostics?
Ultrasonic, phased array ultrasonic, eddy current, impedance, impact, laser gaging – these methods are supported by the equipment. Each method can be reasonable depending on test object material, testing time, industrial standards and physical conditions. Our specialists can help with choosing an optimal method.
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How is Technical support and service provided ?
Customers can send their inquiries to our e-mail address votummarketing@gmail.com
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What materials are tested ?
- Polymer materials (PCM)
- Metal plastics
- Carbon fiber plastics
- Ceramic -
How to choose a set of equipment ?
Visit our web-site, choose a product you are interested, press “make an order” (“cart” icon).
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What is the lading time?
All basiс sets and standard accessories are usually on stock and can be shipped within 5 days. On special items the lading time is up to 7 weeks.
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How long is the warranty period and does it cover all items?
The standard warranty period is 18 months for instruments and 6 months for accessories. Warranty does not cover consumables.
Contact
Contact Us
Our team is ready to help with your enquiries.
Email Us
votummarketing@gmail.com