The NC Spotting Drill Series 196 from Magafor is designed for precise centering and chamfering operations in CNC machining. Manufactured from high-quality carbide, it ensures excellent rigidity and positioning accuracy. The optimized geometry improves tool life while delivering consistent hole starting performance across various materials used in industrial manufacturing applications.
The Magafor Standard Center Drill R.H. HSS Metric 60º Form A is designed for precise centering operations before drilling or turning processes. Manufactured from high-speed steel, it provides durability and consistent performance. The 60-degree point angle ensures accurate positioning, making it suitable for machining centers, lathes, and general metalworking applications.
The Magafor 8040 Multi-V-29 miniature drill is a precision solid carbide tool designed for micro machining and engraving operations. Its 40-degree point geometry enables accurate centering, spotting, and chamfering while maintaining excellent rigidity. The tool supports multi-function machining, reducing setup time and improving productivity in CNC manufacturing environments.
Magafor 8555-Carbide-35 miniature end mills are precision micro-milling tools designed for CNC machining of thin metals and delicate components. Their round-corner carbide geometry enables stable cutting, compound form machining, and fine slot creation. Reinforced shanks improve rigidity, while the design supports easy regrinding for extended tool life and consistent micron-level performance in production environments.
Magafor 8510-H32 Extra Long Miniature End Mills feature Hard’X (AlTiN-based) coating engineered for high-speed micro-machining in hardened steels and die materials. The extra-long geometry enables deep cavity milling with precision, while the reinforced shank enhances rigidity. Optimized for dry machining, the coating provides excellent thermal stability, wear resistance, and extended tool life performance.
Magafor 8522-H-35 miniature end mills feature a 220° ball-end geometry with Hard’X coating designed for precision micro-machining in hardened steels and advanced alloys. The long-neck configuration allows access to deep cavities while maintaining rigidity. High thermal stability and wear resistance enable reliable dry high-speed machining performance and extended tool life.
Magafor 8529-H-33 miniature end mills are solid carbide ball-nose tools featuring Hard’X (AlTiN-based) coating for precision micro-machining in hardened steels and dies. The coating provides high thermal stability and wear resistance, enabling dry high-speed cutting. Reinforced shank geometry ensures rigidity and stability for micron-level milling performance in complex miniature components.
Magafor 8600-Megaforce-38 carbide tools are high-precision machine reamers designed for finishing cylindrical holes with exceptional accuracy and surface quality. Their reinforced shank minimizes vibration, while the innovative six-flute geometry with left spiral and right-hand cutting improves material removal rates. Ideal for micro-engineering, tooling, and aerospace component machining applications.
Magafor 0910-Futura-8 center drills are high-performance HSSE tools with advanced Futura coating designed for precise centering and spotting operations. Fully ground spiral flutes enhance chip evacuation and cutting efficiency. Reinforced shank geometry improves rigidity, making the tool suitable for micro-engineering, mold making, and precision machining industries requiring consistent accuracy.
Magafor Performance Center Drill 0890-TiN-7 is a high-precision centering tool manufactured from HSS-E cobalt M35 and coated with titanium nitride for extended tool life. Designed according to DIN 333-A standards with a 60° angle, it delivers excellent concentricity, reliable positioning accuracy, and improved wear resistance in demanding machining operations across various materials.
Magafor Performance Center Drill 0811-TiN-8 is manufactured from premium HSS-E cobalt steel and enhanced with a titanium nitride coating for increased wear resistance and durability. Designed to DIN 333-A standards with a 60° point, it ensures accurate centering, stable positioning, and reliable performance for precision machining applications across various industrial materials and processes.
Magafor Magaforce 8610 Miniature Reamer is a high-precision finishing tool manufactured from solid carbide to achieve tight tolerances in micro-diameter holes. Designed for superior dimensional accuracy and excellent surface finish, it provides reliable performance in demanding industries such as watchmaking, medical devices, aerospace components, and precision mechanical engineering applications requiring micron-level consistency.
The Widia 022849 solid carbide end mill features a single-flute geometry optimized for aluminum and non-ferrous materials. Manufactured from patented micro-grain carbide, it delivers superior toughness, rigidity, and edge strength. The 30° helix design improves chip evacuation and surface finish, making it ideal for slotting, ramping, plunging, and high-speed machining operations.
Widia Vision Plus Series 7050 and 7060 solid carbide end mills are engineered for high-performance milling in steel and hardened materials. Featuring advanced WU10PE grade substrate and precision geometry, they deliver excellent wear resistance, stable cutting action, and superior surface finish in demanding applications such as profiling, slotting, and 3D contour machining operations.
Widia Solid Carbide End Mill Series 524149 is designed for high-performance machining of aluminum and non-ferrous materials. Manufactured from patented micro-grain carbide, the tool offers excellent toughness, hardness, and bending strength. Its optimized single-flute geometry ensures efficient chip evacuation, improved surface finish, and stable cutting performance in high-speed milling applications.
The Widia VSM11 90° Victory Shoulder Mill is a versatile indexable milling platform designed for precise shoulder milling and medium-duty machining. Featuring low horsepower consumption and smooth cutting action, it supports profiling, slotting, ramping, and interpolation operations while maintaining excellent wall accuracy and surface finish across various industrial machining environments.
Widia TopGroove tool holders are precision-engineered turning solutions designed for grooving, parting, and profiling operations across a wide material range. Featuring rigid tool body construction and secure insert clamping, they deliver stability and accuracy. Optimized coolant delivery and insert positioning improve chip control, productivity, and tool life in machining environments.
WIDIA HC Hydraulic Chuck Sleeves are precision-engineered reduction sleeves designed for use with hydraulic chucks to ensure accurate tool clamping and vibration-free machining. Their one-piece slotted construction improves coolant sealing and stability, enabling reliable performance in high-speed milling and drilling operations while maintaining excellent concentricity and tool life across demanding applications.
The TTISG3400 induction shrink fit unit from Widia delivers precise, rapid heating for toolholder assembly and removal, ensuring strong clamping forces and repeatable accuracy. Designed for machining environments, it integrates intuitive controls, safety monitoring, and durable construction to support high productivity, reduced setup time, and extended tool life across applications.
Widia Small Hole Boring Bars A and B Series are precision internal turning tools designed for machining small-diameter bores with high accuracy. Manufactured from solid carbide or heavy metal substrates, they provide excellent rigidity, vibration resistance, and dimensional stability, ensuring reliable performance in fine boring, finishing, and precision machining applications across industries.
WIDIA Manchester WMT™ Integral Turning is a high-performance tooling system designed for turning, grooving, facing, and cut-off operations using a single platform. Its double-ended insert concept improves productivity, while rigid clamping and optimized chip-breaker geometry ensure precise positioning, superior surface finish, and long tool life across various machining materials and applications environments.
The WIDIA VSM490-15 Cylindrical Weldon Shank cutter is a 90-degree shoulder milling solution designed for high productivity and reliable performance. Featuring a four-edge insert concept with embedded finishing capability, it delivers superior wall quality and precise machining. Internal coolant channels enhance chip evacuation and tool life across multiple material groups in demanding applications.
The WIDIA Victory VSM490-15 Cylindrical Shank cutter is engineered for high-performance shoulder milling with exceptional accuracy and surface quality. Its double-sided insert design provides four cutting edges for cost efficiency. Internal coolant delivery improves chip evacuation, while the rigid cutter body supports depths of cut up to 15 mm in demanding applications.
The WIDIA HSK63 Synchro Plus is a high-performance tapping holder designed for CNC machines with synchronous tapping cycles. Featuring tension and compression length compensation, it reduces axial forces and improves thread quality. Internal coolant capability and ER collet compatibility ensure reliable performance in high-speed applications across steel, stainless steel, and cast iron materials.
