Helmel Products, Inc.
Coordinate Measuring Machine Product Line

The Checkmaster is a compact manual bench top coordinate measuring machine for production floor or lab.

The Phoenix is a rugged, compact DCC (automatic) coordinate measuring machine suited to production environments.

The Microgage is a very compact high accuracy coordinate measuring machine ideal for production, in-line, and process control applications.

The Microstar series of coordinate measuring machines are traditional moving bridge types constructed with intrinsic mechanical accuracy that guarantees precision derived from the structure without software error mapping.

The Microstar "L" Series is a coordinate measuring machine for large applications available up to 60" x 120" x 40" height.

The Axium is a 4-axis automatic shaft measuring machine suited for crankshaft inspection in production on the factory floor.

Historically coordinate measuring machines, which were also called stylus machines occasionally, have been used for two-dimensional checks and were operated manually.

Since the early 1970s computer driven coordinate measuring machines using electronic touch trigger probes became the standard in the industry.

Today the most common types of coordinate measuring machines are the moving bridge designs.

Both manual and direct computer controlled coordinate measuring machines can produce evaluations to the geometric dimensioning and tolerancing standard.

Feature relationships like angle, distance, perpendicularity or parallelism are measurements that can be performed with a coordinate measuring machine with extreme precision.

For high-volume or large-scale production applications or specialized manufacturing the coordinate measuring machine can be an efficient and repeatable inspection device that allows measurement of any part quickly and automatically.

In the modern fast-paced, highly-competitive manufacturing environment with specific production needs there is an increasing demand for a tough small coordinate measuring machine with inherent protection and simple interfaces for easy access to basic measuring routines without any loss of accuracy.