Height Gauges - Vernier & Dial

2 products

The Height Gauges Vernier & Dial Collection combines traditional craftsmanship with high-precision design to meet the needs of modern measurement tasks. These gauges are used to measure vertical dimensions, transfer measurements, and mark out workpieces with fine accuracy. Equipped with smooth sliding mechanisms, clearly readable vernier or dial scales, and robust bases, they ensure stability during every measurement. They are essential tools in machining, inspection, and quality control departments where precise height measurement and part alignment are critical. Their versatility makes them suitable for everything from workshop applications to advanced manufacturing processes, where consistency and accuracy cannot be compromised.

Frequently Asked Questions

The collection includes high-precision mechanical instruments such as the 300mm (12") Vernier Height Gauge and the 36-209 Dial Height Gauge with a digit counter. These tools are designed for vertical dimension measurement, transferring measurements, and marking out workpieces.

These gauges are essential in machining, inspection, and quality control departments. They are used for tasks where precise height measurement and part alignment are critical, from general workshop applications to advanced manufacturing processes.

The 36-209 model features a mechanical dual-column design and a digit counter, which provides a clear and quick numerical reading of the measurement. This combination of a dial and a digit counter helps reduce reading errors and increases efficiency during repetitive inspections.

These height gauges are equipped with robust bases to ensure stability during measurement. They also feature smooth sliding mechanisms and clearly readable scales (vernier or dial), allowing for fine accuracy and consistency across different workpieces.

Yes, these height gauges are specifically designed to mark out workpieces with high precision. This makes them versatile tools for both measuring finished parts and preparing raw materials for machining.

Absolutely. Their design prioritizes consistency and accuracy, making them suitable for environments where quality cannot be compromised. Their traditional craftsmanship combined with precision engineering makes them a reliable choice for modern industrial tasks.