Vernier Caliper

Vernier Caliper – Precision Measuring Instruments | Dhumal CNC Enterprise

At Dhumal CNC Enterprise, we offer a premium range of Vernier Calipers designed for high accuracy, durability, and reliable measurement in industrial and workshop applications. Manufactured using high-quality stainless steel and precision-ground components, our vernier calipers ensure accurate readings, smooth operation, and long service life.

Whether you need to measure external dimensions, internal diameters, depth, or step measurements, Dhumal CNC Vernier Calipers deliver consistent precision and dependable performance—making them ideal for CNC machining, quality inspection, and precision engineering work.

⚙️ Types of Vernier Calipers We Offer

• Analog Vernier Calipers – Traditional, reliable measurement with clear engraved scales

• Digital Vernier Calipers – Fast, easy-to-read digital display with high accuracy

• Stainless Steel Vernier Calipers – Corrosion-resistant construction for long-term use

• Depth Vernier Calipers – Accurate depth measurement for machining and inspection

• Heavy-Duty Vernier Calipers – Designed for industrial and continuous workshop use

🧰 Applications

Our Vernier Calipers are widely used in:

• CNC machining and tool rooms

• Quality control and inspection departments

• Precision engineering workshops

• Automotive and industrial manufacturing units

• Educational and training institutes

🌟 Why Choose Dhumal CNC Vernier Calipers?

• High-precision measurement for accurate results

• Smooth sliding mechanism with clear scale markings

• Durable stainless steel construction

• Available in multiple ranges and resolutions

• Suitable for industrial, professional, and educational use

• Trusted supplier of measuring instruments across India

🛒 Buy Vernier Calipers from Dhumal CNC Enterprise

Improve measurement accuracy and inspection reliability with Dhumal CNC Vernier Calipers—engineered for precision, durability, and ease of use.
Explore our complete range of precision measuring instruments and experience dependable performance in every measurement.