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Flexible Shaft Measurement Center

Vertical — Tactile Shaft Measurement for the Shop Floor

MRLing's vertical flexible shaft measurement center turns complex shaft measurement into a highly reliable standard machine — tactile contact sensors deliver 1-micron precision, with 1-second changeover and cycle times that match inline production.

1sChangeover
1μmPrecision
InlineCycle Time
100%Shop-Floor Tough
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Overview

The flexible shaft measurement center (vertical) turns complex shaft measurement into a highly reliable standard machine. Tactile contact sensors deliver 1-micron precision, and because the system measures by physical contact rather than optics, it requires no extreme cleanliness — metal chips, water stains and oil films are simply ignored.

Changeover is a software click and completes in about one second, while cycle times match inline production. Pneumatic-assisted centers combined with high-precision sensing eliminate the need for frequent master-part calibration, and the point-contact design automatically bypasses surface debris. Simple, tough and extremely precise.

Key Capabilities

1-Micron Precision

Tactile contact sensors deliver 1-micron measurement precision — no extreme cleanliness required.

1-Second Changeover

Switching between parts is just a software click.

Shop-Floor Tough

Pure tactile architecture is immune to metal chips, water stains and oil films — the conditions optical machines cannot handle.

Ultra-fast Speed

Cycle times match inline production.

Point-Contact Design

Automatically bypasses surface debris.

Calibration-Free Efficiency

Pneumatic-assisted centers and high-precision sensing eliminate frequent master-part calibration.

Why Choose the Flexible Shaft Measurement Center

1-micron precision — tactile contact sensors deliver micron-level accuracy, backed by an architecture with almost zero breakdowns.
1-second changeover — switch parts with a software click.
100% shop-floor tough — the tactile architecture ignores oil, water and metal chips instead of requiring a clean environment.
Calibration-free — no frequent master-part calibration required.