Operate optical shaft measurement systems safely and accurately at high speed with reliable results. Cylindrical parts measured in seconds.
The Opticline range is designed for extremely fast, extremely accurate measurement of cylindrical or shaft-type parts. It uses green light received by cameras to take a full image of the part to provide dimensional and characteristic measurements – such as concentricity and runout. The range has many applications in the automotive, medical and turned parts industries.
Accessible Ergonomics
With a robust clamping lever, equipped with a notably wide grip, Jenoptik’s Opticline range is suitable for both left and right-handed operators. The accessible design prevents obstruction of view when operating the system.
Efficient Crankshaft Measuring Tools
Shop floor metrology solutions able to operate safely and accurately at high speed with reliable results. Cylindrical parts measured in seconds and full reporting with confidence.
Accurate Shaft Measurements
Optical shaft measurement at its simplest, fastest and most accurate. Measure with confidence thanks to the newly optimised camera system.
Robust & Modifiable System
Designed for use in production, the Jenoptik Opticline system is extremely durable and impervious to external influence. The shaft measuring system can be altered, if necessary, to meet your integration requirements.
Fast, optical shaft measurement with 1-micron accuracy with a 3D measuring probe.
All the benefits of the C series, automated. Large and heavy workpieces, measured without an operator.
Simple, intuitive software that enables users with a basic level of understanding to programme and run Jenoptik Opticline measurement routines in minutes.
The Tolaris Metrology Software displays live images of the shaft. Paired with an LED illuminated working area, this software gives clear visuals of the profile conditions of the shaft measurement.
Retractable sensors and protective bumpers are enabled during loading and unloading to provide an additional level of protection.
Let us solve your measuring challenges.
