Insize Dial Depth Gages with Round Bar 1341-100

Type of Product - Dial Depth Gages with Round Bar

Model No - 1341-100

Material - Stainless Steel

Accuracy - ±0.02 mm

Range - 0-100 mm

Graduation - 0.02 mm

Length - 181 mm

Country of Origin - India

Product Type - Shockproof

Name of Manufacturer/Packer/Importer - INSIZE CO., LTD.

The Insize Dial Depth Gage with Round Bar (Model: 1341-100), a precision measuring tool designed for accurate depth measurements in a variety of applications. With a measurement range of 0-100 mm, this dial depth gage is a reliable instrument for professionals in machining, woodworking, and quality control.The Insize 1341-100 Dial Depth Gage combines precision engineering with user-friendly features to deliver consistent and accurate depth measurements. The round bar design enhances stability and ensures that the gage is well-suited for measuring depths in cylindrical or curved surfaces.Featuring a clear and easy-to-read dial, this depth gage allows for quick and accurate depth measurements. The smooth movement of the bar ensures precise readings, making it a valuable tool for tasks that demand high precision, such as setting up machinery or checking the depth of drilled holes.The 0-100 mm measurement range makes the Insize 1341-100 Dial Depth Gage versatile for a wide range of applications. Whether you're measuring the depth of recesses, grooves, or conducting quality checks on components, this depth gage provides the accuracy needed for various tasks.Crafted with durability in mind, the depth gage is built to withstand the rigors of regular use in industrial environments. The robust construction and reliable performance make it a dependable tool for professionals who require accurate depth measurements in their day-to-day operations.Elevate your depth measurement capabilities with the Insize Dial Depth Gage with Round Bar (1341-100), where precision meets stability. Trust in the reputation of Insize for delivering high-quality instruments that empower professionals to achieve accurate and reliable results in their measurement processes.