Value Collection 32-158-004 Master Precision Level

Product Description

The VALUE COLLECTION 32-158-004 is a master precision level designed for high-accuracy leveling and alignment work in industrial, machining, and toolroom environments. Built from cast iron, this instrument delivers a graduation sensitivity of 0.0005 inches per 10 inches, making it suitable for surface plate inspection, machine tool setup, and precision alignment tasks. At 8 inches in length and 1.875 inches wide, it fits standard machinist benches and fixture tables. Two vials provide both horizontal and vertical reference. Machinists, tool-and-die technicians, and metrology professionals rely on this class of instrument where standard levels fall short of required tolerances.

This master precision level is suited for use in machine shops, toolrooms, and manufacturing facilities where surface flatness, spindle alignment, or equipment leveling must be verified to tight tolerances. It is appropriate for setting up mills, lathes, grinders, and similar equipment where angular deviation directly affects part accuracy. The cast iron construction resists wear and provides thermal stability during extended shop use.

Key Features

• Graduation sensitivity of 0.0005 inches per 10 inches for high-resolution leveling
• Cast iron body for durability and thermal stability
• Two vials for simultaneous horizontal and vertical reference
• 8 inch length fits standard surface plates and machine tables
• 1.875 inch width provides a stable base on flat surfaces

Compatibility

Designed as a general-purpose master precision level for use on surface plates, machine tool beds, and precision fixtures where 0.0005 inch per 10 inch sensitivity is required.

Installation Notes

Master precision levels are typically used by machinists and metrology technicians without permanent installation. Place the level on a clean, burr-free surface before taking readings. Calibrate or verify the level against a known reference before critical measurements. Handle cast iron instruments carefully to avoid drops that can damage the vials or alter calibration.