Mitutoyo 178-069 Surface Roughness Gage Column Stand

Product Description

The MITUTOYO 178-069 is a column stand accessory designed for use with Mitutoyo SJ series surface roughness testers. It provides a stable vertical mounting platform that holds the gage in a fixed position during surface measurement tasks. The stand measures 7.0 inches in depth and 7.0 inches in length, giving it a solid footprint suitable for bench-top use in metrology labs, machine shops, and quality inspection environments. Metrologists, machinists, and quality control technicians typically use this stand to ensure repeatable stylus positioning across multiple part measurements.

This column stand is used with the Mitutoyo SJ 210, SJ 310, and SJ 410 surface roughness tester units. It is suited for both production floor inspection and laboratory settings where consistent gage positioning is critical to measurement accuracy. The stand keeps the tester upright and properly oriented, reducing operator-induced variability during surface finish evaluation on flat or contoured workpieces.

Key Features

• Column stand design provides stable vertical support for SJ series surface roughness testers
• 7.0 inch depth and 7.0 inch length base for a secure, balanced bench-top footprint
• OEM Mitutoyo accessory ensuring direct fitment with compatible tester models
• Helps maintain consistent stylus height and angle for repeatable surface measurements
• Compact form factor suits both lab benches and production inspection stations

Compatibility

Designed for use with the Mitutoyo SJ 210, SJ 310, and SJ 410 surface roughness tester units.

Installation Notes

Installation is typically performed by a metrologist or qualified technician familiar with Mitutoyo SJ series instrumentation. Secure the tester to the column stand per the manufacturer mounting instructions before powering on the unit. Ensure the stand is placed on a flat, vibration-free surface to avoid measurement errors. Consult the SJ series instrument manual for proper gage attachment and probe alignment procedures.