Drilling
SMART CUT® SERIES 301M
SMART CUT® SERIES 301M lapidary blades have undergone significant enhancements to elevate their performance and durability. Engineered with an increased diamond concentration and a reinforced steel core enriched with higher carbon content, these blades exhibit improved tension memory. This structural enhancement ensures that the blades maintain their integrity and alignment during rigorous cutting operations, thereby extending their lifespan and reliability.
SMART CUT® 030DSM
METAL BOND (SINTERED) DIAMOND SOLID DRILLS
SMART CUT 030DSM, Metal Bond (Sintered) Diamond Solid Drills have hundreds of layers of diamond impregnated inside the metal matrix. Will last significantly longer than electroplated diamond solid drills. Recommended for drilling Ultra Hard Materials (harder than 8 on mohes scale or 60 on Rockwell Scale. Available in stock from 0.8mm to 6mm diameter.
SMART CUT® Diamond & CBN Micro Drills, Sintered (Metal Bond)
CVD Micro Drills
Micro Drills
SMART CUT® CVD diamond micro drills are used for drilling micro holes in large variety of hard and brittle materials such as sapphire, high density ceramics, micro-circuit substrates, glass, silicon, various wafers, substrates, tubes etc We offer large variety of standard stock & custom micro drills from 0.05mm diameter to 6mm. with 3mm and 3.2mm shanks, and various heald lengths from 0.5mm and up, and flute specifications.
PCD (Polycrystalline) Micro Drills
Diamond Micro Drills
SMART CUT® PCD (Polycrystalline Diamond Micro Drills) are available starting 0.4mm diameter with various head length and shank diameters in 3mm and 3.2mm Micro PCD drills are used in the semiconductor industry for monocrystalline applications such as cleaning and inspection jigs.
SMART CUT® 005DME MCDU
SMART CUT® 005DME diamond micro drills are produced using electroplated (nickel bond) galvanic plating process. These tools can be used for drilling and machining large variety of materials such as Precision Optics, Silicon Carbide, Boron Nitride, Boron Carbide, Alumina Ceramics, Silicon, Sapphire & Yag, Glass, Quartz, & Pyrex Tubing & Many Other Applications.
SMART CUT® 010DME (SMCDU)
SMART CUT® 010DME diamond micro drills are produced using electroplated (nickel bond) galvanic plating process. These tools can be used for drilling and machining large variety of materials such as Precision Optics, Silicon Carbide, Boron Nitride, Boron Carbide, Alumina Ceramics, Silicon, Sapphire & Yag, Glass, Quartz, & Pyrex Tubing & Many Other Applications.
Small diameter below .020” (0.5mm) are made using diamond plating (galvanic) method, where the diamond crystals are deposited evening on the tip evenly over time.
SMART CUT® 015DSE
SMART CUT Series 015DSE Multi Layered Electroplated solid drills are flat cylinder shape with transition angle. These miniature diamond drills have high diamond concentration and give a smother, faster drilling action with minimum heat generation. The multiple layers of diamond coating which provides best diamond adhesion in the bond matrix. This provides longer life span, compared to standard and comparable electroplated miniature drills. Higher level of consistency and better surface finish. Most popular type of diamond drills for drilling small holes for jewelry (stone, glass, & many other materials). Multiple layers of diamond provide longer drilling life, faster & freer drilling. Available from stock from 0.75mm to 2.5mm
SMART CUT® 020DHE
MINATURE ELECTROPLATED DIAMOND HOLLO CORE DRILLS
SMART CUT® 020DHE Electroplated miniature hollow core drills are precision-engineered tools designed for drilling small, holes in a wide range of materials. These drills consist of a steel tube with a diamond coating applied to the tip, ensuring superior cutting ability even in the hardest and most brittle materials. Available from stock in diameters ranging from 1 mm to 3.5 mm OD. SMART CUT® 020DHE hollow core plays an important role in enhancing stability, particularly in deep drilling applications. This feature allows for precise control, ensuring the drill remains aligned throughout the process. It also minimizes deflection and bending, common issues when using solid drills for small-diameter, deep holes. As a result, users can achieve more accurate and clean-cut drilling with reduced risks of damage to both the tool and the material.
