About ROUGHNESS COMPARATOR
This set consists of 30 comparison specimens, covering six of the most commonly-used machining methods: 6 cylindrically turned, 6 end-milled, 6 horizontally milled, 6 surface-ground, 3 lapped, 3 reamed/drilled..25 LtrA
Corrosion-Resistant DurabilityManufactured from robust stainless steel or aluminum, these comparators resist corrosion and withstand industrial or laboratory use. The precision-machined sample strips maintain their integrity, providing reliable performance for long-term surface roughness assessment.
Wide Range of Surface FinishesEach set features between 12 to 30 specimens, covering finishes from ground to honed. This diversity allows technicians to assess and match a variety of machining processes, making this tool adaptable to multiple applications in quality control and machining validation.
Portable and User-FriendlyWeighing roughly 200 grams and packaged in a protective case, the comparator is easy to carry and use in the field, workshop, or laboratory. Its mechanical, manual operation means no need for power or extra calibration-just select, compare, and reference instantly.
FAQ's of ROUGHNESS COMPARATOR:
Q: How do I use a roughness comparator for surface assessment?
A: Hold the desired comparator specimen next to the machined workpiece and visually or tactilely compare the surface textures. Match the finish closest to your sample to estimate the Ra value.
Q: What materials are the roughness comparators made of?
A: These comparators are made from corrosion-resistant stainless steel or aluminum, making them suitable for demanding industrial or laboratory environments.
Q: When should I use a roughness comparator?
A: Use a roughness comparator whenever you need a quick, visual reference for verifying or comparing the surface finish of machined parts, such as during manufacturing, inspection, or quality control processes.
Q: Where can the roughness comparator be used effectively?
A: It's designed for indoor laboratory or workshop settings and is suitable for environments with ambient temperatures (10C-40C) and controlled humidity.
Q: What is the process for identifying the correct surface finish using this tool?
A: Select a comparator strip with the desired process (e.g., milled, turned) and Ra value, and compare it directly against your workpiece to quickly determine the finish quality.
Q: What are the benefits of using a physical roughness comparator over a digital gauge?
A: Physical comparators provide immediate, power-free visual assessment, require no calibration or batteries, and are highly portable-making them ideal for field or workshop use in environments where digital instruments might be impractical.
Q: Who can supply or provide support for roughness comparators in India?
A: As distributors, manufacturers, service providers, and suppliers in India carry these roughness comparator sets, you can source them locally for prompt delivery and support.