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Phoenix Tribology

Provides an Extensive Range of Tribotesters Standardized Friction and Wear Systems Designed to Meet your Testing Needs

Tribology Testing Solutions

Before the word tribology was coined, Plint began producing friction and wear testing rigs. More than 65 years later, that same passion continues under the Phoenix Tribology name. Today, Oilpas proudly distributes Phoenix Tribology systems — precision-engineered to help you optimize product performance and durability.

In partnership with Phoenix Tribology, we are committed to advancing innovation through the application of tribological principles. By understanding the critical roles of friction, lubrication, and wear, we enable manufacturers to stay ahead of the competition and ensure their products meet the highest standards of quality and reliability. Whether you are refining a design, validating performance, or solving complex engineering challenges, our solutions deliver the data and insight you need.

In addition to supplying world-class instruments, we provide consulting, training, and technical support. This combination ensures not only accurate results but also the expert guidance required to translate those results into practical improvements.

Most Popular Standard Test Machines:

You’ll find a wide range of tribotesters in our PLINT line.
Take a look at these options below and let us know what you’re working on, we’d be glad to help you choose the equipment that fits your testing goals best.

Friction & Wear Tester
Research Tribometers
Two Roller Machines
Rolling Contact Fatigue
Standard Test Machines
Abrasion & Erosion
Bio Medical
Special Environments
Specific Applications

Frequently Asked Questions

The Phoenix Tribology FAQ section addresses the essentials: how these systems simulate real-world wear and friction conditions, their integration into R&D workflows, the industries that benefit most, and the expert support available. It provides clear, authoritative answers for engineers and researchers who need confidence in the accuracy, reliability, and application of tribology testing.

1. What makes Phoenix Tribology test systems unique?

Phoenix Tribology systems are built on over 65 years of continuous innovation, starting with Plint’s pioneering friction and wear testing rigs. They combine precision engineering with advanced measurement capabilities, providing reliable, repeatable results that help manufacturers optimize designs and validate performance under real-world conditions. The LUB360 uses advanced optical imaging and proprietary algorithms to measure transient oil emissions with a speed of 10 Hz and an accuracy down to 1 ppm. Unlike traditional systems, it captures the complete oil emission spectrum, providing deeper insights for engine development and validation.

2. Which industries benefit most from tribology testing?

Tribology testing is critical across automotive, aerospace, energy, materials science, and manufacturing sectors. Any industry that relies on moving parts, lubricants, or coatings can benefit from data that improves durability, reduces failure rates, and ensures compliance with global standards.

3. Can these systems replicate real-world operating conditions?

Yes. Phoenix Tribology systems are designed to simulate the full spectrum of wear, lubrication, and fatigue mechanisms. From reciprocating motion to rolling contact fatigue, these instruments replicate real-world environments to provide actionable insights for design improvements.

4. What level of support and expertise accompanies the equipment?

Beyond the supply of test machines, Conexo and Phoenix Tribology provide expert consulting, training, and ongoing technical support. This ensures not only the proper use of the equipment, but also the ability to interpret data and apply results directly to product development

5. What are the standard tribology test machines offered?

The most commonly deployed systems include the Reciprocating Tribometer (ST-RT), Four Ball Tester (ST-FB), Pitting Tester – Three Discs on Roller (ST-PR), Thrust Washer (ST-TW), and Rolling Contact Fatigue (RCF5). Together, they cover the essential range of friction, wear, and fatigue testing required for tribology testing standards and for modern engineering applications.

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