Centricity Corporation, in Girard, Ohio, announces its' elevating rotary indexing table. Already known in the market for its' complete on-site configurability, Centricity now offers an affordable highly flexible indexer that can "raise – index – lower" over critical tooling. (read more)

Centricity Corporation introduces the MS Series line of low-cost, high-precision programmable indexers. (read more)

15' diameter rotary indexing tables for automated assembly operation (read more)

Girard, OH - Girard , OH Centricity Corporation today announced the release of powerful new control software for its MS Series line of programmable indexers and AccuRing Rotary Tables. GEN-2 software provides an unmatched level of features and performance for all indexing and continuous rotation applications. (read more)

More and more, Job Shops in the Energy, Aerospace and General Machining fields look for greater flexibility to machine large complex piece parts quickly, accurately and more economically. With the introduction of the ITI / EXACT, MBT series of precision, manual indexing tables, meeting these challenges has now become much easier. (read more)

The ITI-Exact^TM MTS, ATS and BTS family of Tailstocks was designed to complement many of our Non-Lifting Indexing and NC Rotary Tables when heavy and/or long piece parts are being machined . (read more)

• Linear motor driven
• Freely programmable position, speed and ramps
• Direct drive without internal gear reduction — no backlash
• Maintenance free
• Integrated electronic overload protection
• Precision bearing with extremely high accuracy (best in industry)
• Stationary plate standard / Center hole standard

WEISS has been manufacturing high quality index drives for over 30 years. WEISS' extraordinary design and performance features are available in seven models. (read more)

CR index table is designed for extreme loads with the highest inertia capacity available on the market. (read more)

The "RIGIDIAL" Indexing Tables are mechanisms used to transform a uniform rotary input drive into a series of equal output motions. (read more)