Universal vernier bevel protractor is an essential tool for precision measurement in mechanical engineering, woodworking and metalworking, with a range of 0-360 degrees and adjustable angles. The bevel protractor is made of stainless steel and is designed to withstand the harshest working conditions.

Specification

• Model: RDDLZ-SSP-VBP360
• Range: 0-360°
• Body Process: Surface chrome plating
• Scale Process: Laser scale
• Material: Stainless steel
• Reading Mode: Cursor reading
• Packing: Plastic box packing

Features

• Universal stainless steel protractors are available for measuring a wide range of angles, including acute, obtuse, and reflected angles.
• Vernier bevel protractor is designed to measure angles with a high degree of precision.
• The vernier bevel protractor is relatively easy to use, with a simple design that allows for quick and accurate measurements.
• The universal stainless steel vernier bevel protractor is clearly marked and resistant to wear and tear for a longer service life.
• The vernier bevel protractor is available in four different combinations for measuring 0-50°, 50° -140°, 140°-230° and 230° -320°.

Details

Applications

Universal vernier bevel protractors are widely used in various fields such as construction, engineering, carpentry, metalworking, and woodworking. These tools are commonly used to measure and mark angles accurately, and they are essential for tasks such as cutting, welding, drilling, and machining. 

Tips: What is a vernier bevel protractor?

A vernier bevel protractor is a precision measuring instrument that is used to measure angles with high accuracy. It consists of a base, a blade, a vernier scale, and a protractor head that is attached to the blade. The blade is attached to the base, and the protractor head can be rotated around a pivot point on the blade to measure the angle between two surfaces.

The protractor head is usually graduated in degrees, and the Vernier scale allows for measurements to be made to a fraction of a degree. The vernier scale works by providing a second scale that is slightly offset from the main scale, allowing for more precise readings to be taken. The scale markings on the vernier scale are matched up with the main scale markings to determine the exact measurement of the angle.