GRSL - Dual Flank Rolling Inspection Combined with Advanced Laser Technology
GRSL (Gear Rolling System with Integrated Laser Technology) combines dual flank rolling inspection with advanced non-contact laser technology in a single system. Cycle times for optical pitch and profile inspection are reduced to a few seconds, enabling 100% analytical inspection of applications with very high demands.
|Workpiece diameter, max.||250 mm
|Module, max.||7.2 mm
Exceptionally Fast and Powerful Non-Contact Inspection
The GRSL provides optical pitch, lead and profile inspection for all teeth on a workpiece, as well as dual flank rolling testing including inspection for tooth flank damage, total dual flank working deviation and dual flank working error, functional runout, DOB measurement, average tooth thickness and more.
Flexibility for a Wide Range of External Cylindrical Gears
Available in manual, semi-automatic or fully automatic configurations.
State of the Art Throughput Capability
Performs the dual flank rolling test as well as pitch and profile measurement simultaneously in the same test cycle.
Automated Gear Inspection with Closed Loop Correction Capabilities
The GRSL system shows data real time to display developing trends in the manufacturing process. Results can be sent back to a variety of Gleason machines for in-process, Closed Loop machine tool corrections. Options for integrated processes like washing, marking and hardness testing are available.
Be Fully Compatible
GAMATM 3.1 or 3.2 Applications and Control Software is fully compatible with Windows and connects easily to customers' servers. GAMA includes SPC data acquisition software and Gleason Connect® Global Support Services.
Dual Flank Rolling System with Laser Scanning
Dual flank rolling testing and dual flank working deviation as well as pitch, lead and profile inspection, all performed simultaneously.
Fully Integrated in the HFC
The GRSL is the central component in the world’s first hard gear finishing cell, the HFC, with in-process analytical gear measurement.