Ultrasonic testing equipment - Import export

Combining intelligent, advanced software and electronics with a truly simple to use interface, the Cygnus Flooded Member Detector (FMD) is an easy to use, cost effective and reliable system. The FMD system comprises three fundamental parts the probe and probe handler, the subsea electronics unit and the reporting software. The probe handler selfaligns and ensures correct contact with the member, even when approached from an angle. The subsea electronics unit is available in high grade acetal or stainless steel for the harshest environments. The reporting software displays a simple DRY or FLOODED result and Ascans for verification; and logs results for offline analysis or reports exported as PDF or Excel. As with all Cygnus ultrasonic testing equipment, the FMD is extremely easy to learn and understand, and can be used by a range of operators with varying experience.

Development of rotating components require intensive testing. While the main goal may be reaching durability and life targets,noise , vibration, temperature and other parameters may play an important role for the customer expectations. Therefore, Novosim offers a customizable testing dynamometer which may be used to in the product development of passenger, commercial, heavy duty or even military vehicle components. Software is easy to use and also highly customizable allowing different product lines to be tested under a single system. With the help of regenerative braking, electricity is recovered and loops back to the test system providing efficient operation. Assuming the tests may run about 1 month, the consumption can be an important parameter for cost control. Different types of data can be collected and stored in a database for further comparisons and tracking of the development process. System automatically generates a report which is also customizable.

Alpha Cabins (Determination of acoustic properties of materials) Cabins are used to determine the acoustic absorption properties of materials and are generally called "acoustic test cabins" or "reverberation rooms". These cabins are designed to detect the sound absorption properties of materials against frequency, measure their acoustic performance and determine their properties. Here are some of different types of cabins: ​ Reverberation Rooms: In these rooms, sound waves hit and reflect on surfaces and resonate for a while. In this process, the acoustic absorption capabilities of the material are measured. Acoustic Test Booths: These booths are designed to evaluate the acoustic performance of specific materials or products. They often include high-sensitivity microphones, sound sources and measuring devices. Acoustic Rooms: These rooms are generally large and can be specially designed. It is used for larger-scale or special tests of the acoustic properties of materials.

This system is very valuable for testing the durability and expected life of the transmissions, axles, gears, transfer cases and shafts under various scenarios. It is hard to do vehicle level durability tests and without the need of getting the vehicle on the road for replicating claims caused by the powertrain, such type of a custom system help replicate the driving conditions where problems occur and the engineering team can develop a solution and iterate on the bench. Easy to use user interface; simplicity in get the system running in a target time is our most important goal. Operators in a test center can quickly receive training and begin running a variety of scenarios. Data from low speed channels such as sensors including thermocouples, RTD temperature sensors, pressure sensors and others can be collected whereas data from fast channels such as acceleration or microphone are collected through data collection (DAQ) systems, depending on the customer's preference.

Retaining the best features of the established veo line, the new VEO+ is designed to meet the needs of today and tomorrow, making the VEO+ a smart and future proof asset for your business. Key design elements considered in the development of the VEO+ are user and performance focused. Based on a superior and innovative digital technology, four available PA configurations (16:64PR, 32:64PR, 16:128PR or 32:128PR). are offered as software options. Upgradeability in the field when needed!

Infinitely variable equipment for precision component cleaning, degreasing, passivation and drying applications. - Fully automated and manual options available, - All stainless-steel construction – traceability certification available, - Pickled, passivated and electro-polished to extend operational life, - Heated tank utilising direct contact tube heaters for energy efficiency and longevity, - Thermostatically controlled, - Bolt-in removeable ultrasonic transducers ensure minimal downtime and extend tank life, - Multi-frequency ultrasonic transducers. All ultrasonics use sweep frequency technology, - Separate ultrasonic generator, - Particulate filtration of process tanks ensures highest level of component cleanliness, - Filter micron size to client specification – sub micron available, - Automated processing controlled using PLC ladder logic and an HMI touchscreen, - Etc. ** Click for more **

Single Tank solution for the highest cleaning performance Our ACM/ICM Series have been engineered to provide most efficient ultrasonic cleaning and lowest running cost, with a single tank solution.

For precision component critical cleaning and drying applications including validated processes. Future proofed design with a 5-year manufacturer’s warranty. - Designed to use all types of non-flammable degreasing solvents including HFE, Novec, nPB. - All machines manufactured in the UK. - All stainless-steel construction – traceability certification available. - Specialised fabrication available if required. - Pickled, passivated and electro polished to extend operation life. - Sealed, sliding lid to ensure solvent retention. - Multi-frequency ultrasonic transducers. All ultrasonics used sweep frequency technology. - Heated tanks have direct contact tube heaters for energy efficiency and longevity. - Etc. ** Click for more **

Various test rigs: - Alternating bending test rig for seating furniture: seat/back rest load acc. to BIFMA X5.1, EN 581-2, EN 1335, EN 1728, BS 5459 - Double test rig for chair testing: seat and backrest tests, side-to-side tests and armrest tests according to EN 1335, EN 581-2, EN 1728, BIFMA X5.1, BIFMA X5.4, BIFMA X6.5, BS 5459 - Test rig for alternating bending tests of arm rests according to EN 1335, EN 1728, EN 581-2, DIN 4551, BIFMA X5.1 and BSI/BS 5459 - Portal drop test rig: testing of chairs, stools, tables, beds acc. to BIFMA X5.1, BIFMA X6.1, EN 581-2, EN747-2, EN 1728, EN 1730, ISO 7173, EN 12520, EN 14072 - Test bench for determining the stability of chairs in accordance with the standards EN 1022, EN 1729-2, EN 581-2, ISO 7174-2 and BIFMA X5.1 - Test rig for tilting drop tests at chairs according to DIN 68878/1 - Swivel test rig according to DIN 4551, EN1335, NEN 1812 and BIFMA X5.1

Ballistic Block Damping Bricks Ballistic Rubber Block Specially formulated with rubber supported by flame retardant chemicals. Due to the fact that rubber is produced by vulcanizing under high pressure and high temperature, the rubber is able to trap bullets much higher than its volume. The hardness of the produced blocks was adjusted to protect the projectile from splashing on the surface. Blocks on the side walls are produced in such a way that the projectiles do not bounce the bullet for interactive targets. It is designed to be used in Homeland Security, Military and Police Schools, Security and Special Protection Systems and in all shooting ranges.

The MP Computer is a comfortable, comprehensive and easy-to-handle evaluation, display and control unit for different types of engine test beds. Its clear and ergonomic arrangement fascilitates the work with the test bed. Desired loads can be adjusted quickly and easily. Specialists are not required. Many optional additional functions increase enlarge the comfort of the MP Computer. Maintaining permanent accuracy of torque measurement is facilitated by a semi-automatic calibration routine. Existing engine/motor test beds can be modernized by an MP Computer. Examples of optional additional functions: - Automatic gravimetric determination of the specific fuel consumption. - Several possibilities of output and documentation of measured values. - Acquisition of non-electric and electric measuring values on combustion engines, electric machines, etc. - Special functions required by certain measuring tasks.