Product Overview

Crankshaft and camshaft gages

Model 911

The ADCOLE Model 911 is the world standard for camshaft measuring throughout the automotive industry. This gage is also ideal for measuring pistons, pump rotors and housings, transmission shafts and any other cylindrical components.

Model 1000

The ADCOLE Model 1000 is an automated surface roughness measuring machine for camshafts, crankshafts and other cylindrical products.

Model 1100

The ADCOLE Model 1100 is a highly accurate, versatile and economical gaging system for a variety of products including crankshafts, camshafts, pistons and other cylindrical components. Maintaining Adcoles dedication to fast and accurate measuring systems, this gage is ideal for the component manufacturer, OEM or engine shop that is high quality oriented.

Model 1200

The ADCOLE Model 1200 is the gage the automotive and diesel engine industry relies on for the highest level of accuracy when measuring crankshafts and camshafts. Its uncompromising accuracy leads the industry in fast reliable measurements of critical high speed engine components. This gage is the choice of industry experts.

Model 1300

The ADCOLE Model 1300 is specifically intended for high speed in-line crankshaft measurement. The uncompromising reliability and accuracy of an Adcole gage has been combined for high-speed production lines. With its unprecedented sub-micron accuracy, it is easy to monitor and maintain the machining process in real-time up to 60 parts per hour.

Model 1304

The ADCOLE Model 1304 is a fast and accurate option for measuring camshafts in the gage lab or in a manufacturing shop environment. With its four independent measuring heads, this system can deliver accurate camshaft inspections in approximately one minute.

Model 1310

The ADCOLE Model 1310 is specifically intended for high speed in-line camshaft measurement. The uncompromising reliability and accuracy of an Adcole gage has been combined for high-speed production lines. With its unprecedented sub-micron accuracy, it is easy to monitor and maintain the machining process in real-time up to 150 parts per hour.