KAYS
Diamond Cutting & Grinding Tools for the Glass Industry, Technical Ceramics & Semiconductor Processing.
Industries We Serve
Precision-calibrated diamond formulations and bond matrices engineered for high-volume automated processing lines and custom craft across all glass and technical material sectors.
Monolithic, laminated, and double-glazed façade glass edge processing, arrissing, and water-jet coring.
Interactive Product Catalogue
Explore our precision diamond grinding wheels, core drills, router profile tools, and polishers manufactured under rigorous ISO standards for extreme durability.
Segmented & Continuous Metal Bonded Edging Wheels
Precision metal-bonded diamond edging and pencil bevelling wheels (POS 1, POS 2, Spectrum series). Produces chip-free radial, flat with arris, and custom profiles on all glass types.
Sintered Diamond Glass Core Drills & CNC Milling Bits
High-precision thin-wall diamond core drills with 1/2" standard Belgian threaded shanks and internal water coolant flush for fast, clean, and chip-free glass drilling.
Glass Edge Polishing Discs & Wheels (BD-8 & 10S40)
Terracotta rubber composite (BD-8) and cerium-impregnated resin cup wheels (10S40) delivering brilliant optical clarity and high-gloss finishes on processed glass edges.
Diamond Slitting & Cut-Off Wheels for Solar & Flat Glass
Precision continuous rim and slotted diamond slitting discs (1A1R, 1A1) engineered for high-speed linear slitting of solar photovoltaic glass, thick architectural panels, and quartz tubing.
Semiconductor Wafer Dicing & Advanced Ceramic Grinding Tools
Developed by our dedicated R&D division for ultra-precision back-grinding, edge profiling, and micro-dicing of silicon wafers, technical ceramics (alumina, zirconia), and quartz substrates.
Watch Glass, Sapphire & Optical Lens Generator Wheels
Miniature diamond generator cups and bevel wheels designed for watch glass, sapphire crystals, ophthalmic CR-39/mineral lenses, and scientific test-ware.
Resin Bonded Grinding Wheels (Toolroom)
Cost-effective resin bonded wheels (11V9, 12A2, 1A1) for sharpening carbide tipped tools and precision toolroom grinding.
Synthetic & Natural Diamond Powders
HPHT synthesized diamond powders with calibrated crystal strength and particle size distribution for surface preparation and lapping.
ISO Wheel Profiles Directory
Comprehensive geometrical designation schematics based on ISO manufacturing protocols. Standard dimensions ($D \times T \times W \times X \times H$) and custom multi-profile wheel designs.
Browse standard profiles for glass edging, carbide sharpening, and CNC machining. Includes detailed FEPA dimensions ($D \times T \times W \times X \times H$) and bond matrix designations.
Diamond Grit & Micron Progression
From coarse #50 stock roughing down to 0.25-micron optical mirror planarization. Explore bond matrices, surface roughness ($R_a$), and mineralogical characteristics.
Coarse Calibration & Stock Roughing
Aggressive stock removal, stone calibration, initial glass bevel roughing, heavy refractory sectioning.
Synthetic Diamond (HPHT)
Cubic Boron Nitride (CBN)
PCD (Polycrystalline Diamond)
Pioneering Precision Superabrasives
Founded with an uncompromising commitment to precision engineering, KAYES INDUSTRIES PVT LTD operates high-temperature sintering presses and CNC automated balancing lines serving global glass fabricators.
D. Kamal Nathan
“Our commitment is measured in microns. We produce diamond tools that maintain profile geometry across tens of thousands of linear meters of high-speed glass processing.”
Only Manufacturer in India with Fully Automatic Facility Our in-house sintering technology guarantees homogeneous diamond concentration, minimal edge chipping, and exceptional tool longevity across CNC double edgers, beveling lines, and optical lens curve generators.
Interactive RFQ Configurator
Specify your workpiece substrate, wheel geometry, and machine spindle parameters to generate an instant technical requisition directly to our Chennai manufacturing desk.
Registered Plant: Chennai, India. Direct factory dispatch with custom bonding matrix engineering.