Our products
Materials Tester
At Tribexel Instruments, we specialize in the design and development of high-performance material testing systems for tribological applications across a wide temperature spectrum — from cryogenic conditions to high-temperature environments.
Our material testers are engineered to meet ASTM, DIN, and other international standards, while also supporting custom-built test rigs tailored to specific client needs. Whether you require testing for extreme cold, elevated temperatures, or unique industrial conditions, our solutions deliver accurate, repeatable, and reliable results every time.
Lubricants Tester
At Tribexel Instruments, we offer a cutting-edge range of lubricant testing systems designed to evaluate performance across a wide temperature range from low to elevated temperatures ensuring accurate analysis under real-world operating conditions.
Our lubricant testers are built to comply with ASTM, CEC, DIN, and other global testing standards, and can also be customized to match specific industrial or research requirements. Whether you're testing for viscosity, friction, wear, oxidation stability, or thermal behavior, our instruments deliver high-precision, reliable results for both conventional and next-generation lubricants.
Machine Component Testers
At Tribexel Instruments, we provide advanced testing systems engineered to evaluate the performance and durability of critical machine components such as bearings, gears, cams, and engine assemblies under extreme operational conditions. Our testers simulate real-world stresses, including high loads, variable speeds, and fluctuating temperatures, to ensure components meet the rigorous demands of modern industrial applications.
Our machine component testers are designed to comply with ISO, SAE, AGMA, ASTM, and other international standards, with customizable configurations to address specialized industrial or R&D requirements. Whether you’re analyzing wear resistance, fatigue life, torque efficiency, thermal stability, or vibration behavior, our systems deliver unmatched precision for both traditional metallic components and advanced materials like composites or high-performance alloys.