About THR DM 1.0x0.25-D4
THR DM 1.0x0.25-D4 is a precision solid carbide thread milling cutter designed for creating accurate internal threads in CNC machining applications. Suitable for fine pitch threading such as 1.0 mm with 0.25 pitch, this micro thread mill delivers excellent thread quality, high accuracy, and superior surface finish. Engineered with advanced carbide grade and optimized cutting geometry, it ensures stable cutting performance, reduced tool wear, and long tool life even in demanding materials like steel, stainless steel, and alloy components. Its compact design with D4 shank provides enhanced rigidity, making it ideal for precision machining, die and mould work, and small component manufacturing. Widely trusted by CNC cutting tools manufacturers and industrial cutting tools suppliers, this thread milling tool improves productivity and minimizes tool breakage risk.
SUKHMANI TOTAL SOLUTIONS, a leading CNC tools supplier in India, offers high quality precision carbide thread mills with competitive pricing, reliable availability, and expert technical support.
Engineered for Unmatched PrecisionManufactured from high-hardness solid carbide, the THR DM 1.0x0.25-D4 Micro Drill Bit is designed for applications where even the smallest deviation matters. Its micro-tolerance and advanced flute design make it ideal for threading and intricate drilling required in electronics and fine metalwork.
Versatile Compatibility and High EfficiencyThe drill bit's 1.0 mm round shank accommodates a wide variety of drill presses, CNC machines, and rotary tools. Whether you're drilling delicate PCB boards or crafting fine jewelry, its low cutting force and straight flute provide superior handling and enhanced chip evacuation.
Optimized for Critical Micro-Drilling TasksWith a cutting capacity of 0.25 mm diameter and high-speed performance up to 30,000 RPM, this bit addresses the meticulous needs of micro-component fabrication. The polished, uncoated surface reduces friction, and its robust carbide core resists wear in demanding environments.
FAQ's of THR DM 1.0x0.25-D4:
Q: How should I use the THR DM 1.0x0.25-D4 Micro Drill Bit for PCB or electronic components?
A: To achieve optimal results, secure your workpiece using a stable fixture and operate the drill bit at speeds up to 30,000 RPM with minimal feed pressure. This prevents breakage and ensures precise holes in delicate materials. The bit is compatible with manual, CNC, and rotary tools.
Q: What makes this micro drill bit suitable for jewelry and watchmaking applications?
A: The bit's high precision, 0.25 mm blade size, and superior hardness up to 92 HRA allow for detailed drilling in metals and alloys common in jewelry and watches. Its straight flute and polished finish produce clean holes and minimize burrs in intricate projects.
Q: When is it appropriate to choose this bit's uncoated design over coated variants?
A: The uncoated, polished carbide design is advantageous for non-ferrous materials such as PCBs and precious metals, reducing friction and heat generation. For most delicate and high-precision applications, coated alternatives are not necessary-this bit meets the rigor with high micro-tolerance.
Q: Where can the THR DM 1.0x0.25-D4 drill bit be effectively utilized?
A: It is highly effective in electronics workshops, PCB manufacturing units, jewelry studios, watch repair shops, and any micro-mechanical fabrication space. Its universal 1.0 mm shank fits most standard drill presses and CNC rotary tools.
Q: What benefits does the high-precision micro-tolerance provide in production?
A: The 0.01 mm accuracy ensures consistent hole diameters, which is vital for assembling electronic components, creating intricate watch parts, and threading jewelry pieces. This consistency reduces assembly errors and ensures a superior fit and finish.
Q: How does the straight flute design improve the drilling process?
A: The straight flute design enhances chip removal and lowers the cutting force needed, significantly reducing the risk of material damage in micro-scale drilling. This results in smoother holes and extends the life of the tool.