Maykestag Solid Carbide Stub Drills are designed for high-performance drilling with maximum rigidity and positional accuracy. Manufactured from ultra-micrograin carbide, they enable higher cutting speeds and extended tool life compared to HSS drills. Optimized flute geometry ensures efficient chip evacuation, making them ideal for precision CNC machining and industrial production applications.
Maykestag SPEEDDRILL Solid Carbide Drills are high-performance tools engineered for maximum cutting efficiency and precision hole production. Manufactured from ultra-micrograin carbide, they provide exceptional wear resistance and rigidity. Advanced flute geometry and guide chamfers ensure optimal chip evacuation, improved hole roundness, and reliable performance in demanding CNC machining environments.
Maykestag HPC Speeddrill 4.0 Solid Carbide Drills are engineered for maximum cutting performance and precision hole production in modern machining environments. Manufactured from ultra-micrograin carbide, they provide exceptional wear resistance and rigidity. Four guide chamfers improve hole roundness and stability, ensuring accurate positioning and reliable performance during high-speed CNC drilling operations.
Maykestag Solid Carbide Contour End Mills are designed for precision contouring and trimming of composite and non-metal materials such as fiberglass and carbon fiber reinforced plastics. Manufactured from premium micro-grain carbide, they provide excellent wear resistance, stability, and surface quality while ensuring reliable machining performance in demanding industrial applications.
Maykestag Solid Carbide 1 Flute End Mills are designed for high-speed machining of aluminum, plastics, and non-ferrous materials. The single-tooth geometry provides excellent chip evacuation, reduced cutting forces, and smooth surface finishes. Manufactured from premium micro-grain carbide, they ensure long tool life, high precision, and reliable performance in CNC milling operations.
Maykestag Solid Carbide Multi End Mills are engineered for high-performance milling in a wide range of materials, including steel, stainless steel, and difficult-to-machine alloys. Multiple cutting edges improve productivity, surface quality, and tool life, while advanced carbide substrates and coatings ensure reliable machining performance in demanding industrial environments with consistent dimensional accuracy.
Maykestag Solid Carbide Quarter Circle Cutters are precision tools designed for producing accurate radii and contour profiles in milling operations. Manufactured from premium micro-grain carbide, they provide excellent wear resistance and dimensional stability. Optimized cutting geometry ensures smooth surface finishes, reliable performance, and consistent results in demanding CNC machining applications.
Maykestag solid carbide milling cutters are precision-engineered tools designed for high-performance machining across various materials, including steel, aluminum, and stainless steel. Manufactured from premium micro-grain carbide, they deliver excellent wear resistance, dimensional accuracy, and extended tool life. Optimized geometries ensure efficient chip evacuation, reduced vibration, and superior surface finish in demanding industrial applications.
Maykestag solid carbide ball nose end mills are precision cutting tools designed for contouring, profiling, and 3D surface machining. Manufactured from high-quality micro-grain carbide, they provide excellent wear resistance and dimensional accuracy. Optimized flute geometries ensure smooth chip evacuation, reduced vibration, and superior surface finishes across various materials and demanding machining environments.
Maykestag solid carbide end mills are high-precision cutting tools engineered for efficient milling across diverse materials, including steel, stainless steel, and aluminum. Manufactured from premium micro-grain carbide, they provide exceptional wear resistance and dimensional stability. Optimized flute geometries enable smooth chip evacuation, reduced vibration, and superior surface quality in demanding machining environments.
Maykestag STC Speedtwister solid carbide end mills are high-performance trochoidal milling tools developed for extreme productivity and deep cutting operations. Featuring optimized geometry and advanced coatings, they enable cutting depths up to 5×D while maintaining excellent chip control. These tools are ideal for dynamic and static milling strategies in demanding industrial applications.
Maykestag HPC Eco Speedcut solid carbide end mills are engineered for high-performance cutting with optimized cost efficiency. Manufactured from premium micro-grain carbide, they provide reliable wear resistance and machining accuracy. Advanced flute geometry enables efficient chip evacuation and stable cutting, making them suitable for general machining applications in steel, stainless steel, and non-ferrous materials.
Maykestag HPC Speedcut solid carbide end mills are engineered for high-performance machining with optimized cutting geometries and advanced coatings. Manufactured from premium micro-grain carbide, they provide excellent wear resistance, dimensional accuracy, and reliable chip evacuation. These tools enable higher cutting speeds and feed rates for efficient CNC milling across diverse industrial materials.
The Maykestag Solid Carbide Milling Cutter Speedcut 4.0 HPC end mill is engineered for high-performance machining with excellent metal removal rates and stability. Its optimized flute geometry and advanced coating technology ensure long tool life, reduced vibration, and superior surface finish, making it ideal for demanding industrial milling applications across multiple materials.
The D’Andrea TA-Sensitiv 2 is a precision boring and facing head designed for milling machines, boring mills, and radial drilling machines. It provides manual adjustment during machine stops and automatic feed during spindle rotation, enabling versatile machining operations including internal and external facing, boring, grooving, turning, and chamfering with high accuracy and reliability.
The D’Andrea Autoradial is an automatic facing head designed for machining centers and CNC machines, providing automatic feed and rapid slide return without stopping spindle rotation. It enables efficient facing, back-facing, and grooving operations, improving productivity while eliminating the need for electronic interfaces or complex machine integration during machining cycles.
The D’Andrea TA-Tronic 2 is a CNC-controlled boring and facing head equipped with an integrated servo motor connected to the machine tool control. Designed for machining centers and special machines, it enables complex operations including boring, facing, turning, grooving, and threading with high precision, flexibility, and automation capability in industrial environments.
The D’Andrea TA-Center 2 is a high-performance CNC boring and facing head designed for machining centers with automatic tool changers. Controlled by an external U-DRIVE unit connected to the machine’s U-axis, it enables complex machining operations including internal and external turning, grooving, threading, and contouring with precision and automation.
The D’Andrea U-Tronic is a medium and large CNC boring and facing head designed for machining centers, boring machines, and special equipment. Connected directly to the machine’s U-axis, it enables complex operations including internal and external facing, cylindrical and conical boring, threading, and contour machining with high precision and automation.
The D’Andrea MONOd’ is a monoblock toolholder line designed to equip a wide range of machine tools with high precision and reliability. Manufactured entirely by D’Andrea according to ISO 9001 standards, it offers excellent quality, strong clamping performance, and competitive cost efficiency for industrial machining applications across multiple sectors worldwide.
The D’Andrea MONOFORCE is a high-precision ultra-tight toolholder designed for milling, roughing and finishing operations where exceptional clamping force and torsional rigidity are required. Compatible with multiple machine spindle standards, it ensures reliable tool retention and enhanced performance in demanding machining applications.
The D’Andrea BHT Cross Bar is a modular boring and turning solution designed for machining medium to large diameter components with exceptional rigidity and precision. Featuring the HT polygonal coupling system, it ensures high torsional strength, secure connection, and compatibility with multiple machine interfaces for demanding industrial applications.
D’Andrea PSC Modular Toolholders are high-precision tooling solutions designed for boring, milling, and drilling operations with exceptional rigidity and flexibility. Built on the ISO 26623 polygon-shank coupling standard, the system ensures secure connections, full modular interchangeability, and compatibility with machining centers, lathes, and boring machines across diverse industrial applications.
D’Andrea MHD Modular Toolholders are high-precision tooling systems designed for boring, milling, drilling, and tapping operations requiring maximum rigidity and flexibility. The patented cylindrical-conical MHD coupling with expanding pin ensures exceptional concentricity, secure clamping, and reliable torque transmission, making the system suitable for demanding machining environments and modular tool configurations.
