Adcole Camshaft Measuring Machine Features Updated CPU and Utilities

MARLBOROUGH, MA--(Marketwired - Dec 2, 2014) - Adcole Corporation has announced several new electronics and utilities upgrades for their end-of-line 100% camshaft inspection gage that is capable of measuring 200 parts per hour with submicron accuracy.

The Adcole 1310 High-Speed Camshaft Gage provides robot-fed 100% camshaft inspection by measuring 10 or more parameters with 0.1 micron resolution per data point, or 3,600 data points per revolution. Featuring a new CPU and Windows7^® based software, utility upgrades include advanced chatter analysis options, parameter warnings for programmable reports, updated qs-Stat quality options, and a USB port with software to support popular customer networking requirements.

Incorporating an automatic programmable headstock with 100 mm travel and a programmable tailstock for rapid changeovers, the Adcole 1310 High-Speed Camshaft Gage measurement parameters include radius, profile, taper, crown, timing angle, diameter, velocity, acceleration, run-out, roundness, and concentricity. This gage also features 19 mm wide measuring heads capable of measuring six cam lobes per cylinder with up to 32 measuring heads.

The Adcole 1310 High-Speed Camshaft Gage is priced from $475,000. Literature and price quotations are provided upon request.

About Adcole Corporation

Adcole Corporation is an engineering-driven, product innovation company dedicated to the design and manufacture of aerospace and industrial metrology products with the most trusted accuracy. Adcole's products are the world standard for precision, accuracy, and reliability.

Founded in 1957, Adcole has manufacturing facilities in both Massachusetts and Florida and offices in Europe, Tokyo, and Shanghai. The company has a long history of working closely with customers and being responsive to their requirements for accuracy, speed, and repeatability. Backed by a demonstrated commitment to engineering and research and development, Adcole metrology products set the standards for measurement accuracy.