The 1310-S gage is designed for fully automated, high speed in-line camshaft manufacturing operations. The 1310-S is a value-oriented solution for single part type applications, utilizing a fixed headstock and a pneumatic tailstock with 30mm of travel (optional 60 mm travel available). Offering sub-micron accuracy, the 1310-S can easily monitor (in real-time) the machining process of up to 200 parts per hour. Rapid camshaft measurement cycle times of <20 seconds — depending on part requirements — ensures optimal manufacturing quality and throughput levels. The gage provides 3600 data points per revolution from each follower and has a part capacity of up to 609 mm (24″).
Overview
Industries
- Automotive
Gage Type
- Crankshaft & Camshaft Measuring Machine
- High Precision Gage
- In-Line Gage
- Robot Loaded & Fully Automated Gage
- Horizontally Loaded Gage
- Custom Gage
Components It Measures
- Camshafts
- EV Shafts
Parameters It Measures
- Diameter
- Length
- Profile
- Straightness
- Roundness (Circularity)
- Angularity
- Runout
- Concentricity
- Flatness
- Cylindricity
- Perpendicularity
- Parallelism
- True Position
- Chatter
- Taper
- Center Deviation
- Cam Lobe Lift Error
Features & Benefits
- Part length capacity up to 609 mm (24″), with optional part lengths available
- Offers a deep set of camshaft measurement parameters, containing lobes, journals, and timing references
- Provides menu-driven software for easy gage operation
- Optional motorized follower carrier enables linear scans and/or multi-cut inspection
- Engineered for shop floor conditions
- Provides a value-driven solution for high-speed inspection of a single part type
- Automatic, push-of-a-button system enables high volume inspection capacity of up to 200 parts per
hour Collects 3,600 data points per revolution per follower - Affords camshaft measuring times of <20 seconds, depending on part requirements (not including load and unload time)
- Provides easy maintenance via modular gage design
- Permits easy part changeovers using a simplefollower relocation system