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Bevel gear pairs

 

Bevel gears are widely used type of gears that you can find in many -or better to say- all applications you can think of (e.g. automobiles, locomotives, marine applications, priniting devices, power plants, differential drives, robots, and so on and on). As many application bevel gears are used in, as many variations of these gears you can find.

GEARTEC.CZ with their unique bevel gear inspection machines is here to bring you into the world of testing. Are you keen on standard bevel gear testing by a single flank rolling method? Do you look for a fully automized machine to obtain a complete overview of your quality? Do you need to inspect noise and vibration on your bevel gears? Or you need a simple contact pattern tester?

At any rate, were are here for you. It does not matter how big your bevel gears are, we are always ready to build a right machine for you. 

Here you have several expamples of bevel gear testers we have ever built for our customers.

TAILORED TO YOUR NEEDS is our motto, so don't hesitate to ask us for a sulution that meets your needs.

Our flagship best-seller for uncompromising bevel gear inspection

GTB300 & GTB500
Precision you can measure. Performance you can rely on.

 

Built for manufacturers who refuse compromise, the GTB300 and GTB500 set a new benchmark in single-flank bevel gear inspection. Designed with the latest know-how in bevel gear metrology, these fully CNC-controlled machines combine extreme precision, flexibility, and long-term durability—ready for today’s production demands and tomorrow’s digital factories.

Covering bevel gears up to 300 mm and 500 mm, the GTB series supports hypoid offsets of ±100 mm and variable shaft angles, making it ideal for a wide range of bevel and hypoid gear applications. With absolute encoders and extreme position accuracy, every measurement delivers confidence—down to 1 micrometer repeatability.

Engineered for advanced performance testing, the GTB300 and GTB500 are NVH-testing ready and equipped with braking torque capability, enabling realistic load conditions and deeper insight into gear behavior. The result: precise, reliable data you can trust for both development and production.

Designed for endurance, these machines feature a robust, long-life construction that ensures consistent accuracy over years of operation. Integrated Industry 4.0 connectivity with OPC-UA data exchange allows seamless integration into modern manufacturing environments, supporting traceability, automation, and smart analytics.

Above all, the GTB series is tailored to your needs—configurable to your applications, processes, and future growth.

When precision meets scale, compromise is not an option.

GTB1250 & GTB1600

Single Flank Inspection Machines for Large Bevel Gears

 

The GTB1250 and GTB1600 single flank inspection machines are engineered for large bevel gears up to 2000 mm, delivering uncompromising accuracy, robustness, and reliability for the most demanding industrial environments.

Built as true industrial solutions, these machines combine exceptional durability and wear resistance with a mechanical design made to perform flawlessly over decades of operation. At their core are ultra-accurate spindles equipped with high-load bearings, ensuring stable, repeatable measurements even under extreme conditions.

Both systems are fully CNC controlled and Industry 4.0 ready, enabling seamless integration into modern production environments. Thanks to OPC-UA data exchange, inspection results are easily connected to higher-level systems for traceability, analytics, and smart manufacturing workflows.

Safety is never an afterthought. The GTB series is designed with a safety-first philosophy, combined with hydraulic clamping aggregates that guarantee secure, repeatable part positioning while minimizing operator effort.

The heart of the machines lies in their sophisticated single flank rolling methodology, including precise backlash measurement and advanced evaluation algorithms. A dedicated contact pattern module provides deep insight into gear meshing behavior, supporting both quality assurance and process optimization.

All this power is controlled through intuitive, user-friendly software, allowing operators and engineers alike to focus on results rather than complexity.

GTB1250 and GTB1600 are not off-the-shelf machines.
They are solutions you can’t find anywhere else—designed for manufacturers who demand absolute confidence in the inspection of large bevel gears.

GTB1250

Built for automotive demands. Ready for NVH

GTB100W

GTB150

Single-Flank Gear Roll Tester for Bevel Gears

The GTB150 is a high-performance single-flank gear roll tester designed for bevel gears up to 150 mm, delivering fast, precise, and repeatable inspection for both development and production environments.

Based on a proven single-flank rolling methodology, the GTB150 provides accurate evaluation of transmission error, meshing behavior, and gear quality. Absolute encoders combined with high-dynamics torque motors ensure exceptional measurement resolution, stability, and responsiveness—key factors for reliable results in high-throughput inspection.

Engineered for speed without sacrificing precision, the GTB150 enables efficient quality control in demanding applications. Its stand-alone machine concept allows easy integration into existing workflows, whether in a laboratory setting or directly on the shop floor.

Designed with durability and robustness at its core, the GTB150 is built to withstand continuous industrial use. The platform is available in multiple configurations, allowing the system to be tailored precisely to your inspection requirements. Operation can be manual or fully CNC controlled, offering maximum flexibility for different production scenarios.

The GTB150 is automotive-ready, Industry 4.0 compliant, and prepared for advanced analysis, including NVH testing, supporting modern requirements for noise and vibration optimization.

Compact, powerful, and adaptable, the GTB150 delivers professional-grade gear inspection performance—where precision, reliability, and efficiency matter most.

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