About THR DM 2.0x0.4-D4
THR DM 2.0x0.4-D4 is a precision solid carbide thread milling cutter designed for accurate micro thread machining in CNC applications. Suitable for M2.0 threads with 0.4 pitch, this micro thread mill delivers excellent thread accuracy, superior surface finish, and stable cutting performance in materials such as steel, stainless steel, and alloy components. Engineered with advanced carbide grade and optimized cutting geometry, it ensures reduced tool wear, smooth chip evacuation, and extended tool life even in fine pitch threading operations. Its compact design with D4 shank provides enhanced rigidity and vibration control, making it ideal for precision engineering, electronics, die and mould machining, and micro component manufacturing. As part of premium carbide cutting tools, it is widely trusted by CNC cutting tools manufacturers and industrial cutting tools suppliers for reliable threading performance.
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.
Precision and Durability in Micro DrillingEngineered with a tungsten carbide core and DLC coating, the THR DM 2.0x0.4-D4 ensures exceptional hardness up to 92 HRC and resistance to high temperatures up to 800C. Its high-precision cutting capacity makes it perfect for critical tasks in electronics and mould manufacturing, providing long tool life and consistent results during micro machining.
Optimized Design for Efficient PerformanceWith a blade size of 2.0x0.4 mm, a flute length of 15 mm, and a 2.0 mm straight shank, this micro drill bit is tailored for fine and intricate drilling applications. The optimized helix angle and point design guarantee superior chip evacuation, high speed, and reduced risk of breakage, enhancing efficiency and minimizing operational downtime.
FAQ's of THR DM 2.0x0.4-D4:
Q: How is the THR DM 2.0x0.4-D4 micro drill bit used in precision electronics, mould, and PCB applications?
A: The THR DM 2.0x0.4-D4 is used for threading and drilling fine, accurate holes in materials like steel, copper, aluminum, and plastics, making it suitable for electronics assembly, PCB manufacturing, and mould fabrication. Its high cutting accuracy and optimized chip evacuation design ensure minimal damage to delicate workpieces.
Q: What benefits does the DLC (Diamond-Like Carbon) coating provide to this drill bit?
A: The DLC coating increases the drill bit's wear resistance, reduces friction, and enables the tool to operate at high speeds while maintaining a long tool life. It also enhances the drill's ability to withstand high temperatures, leading to consistent performance in demanding industrial applications.
Q: When should I choose this micro drill bit over standard drill bits?
A: Select the THR DM 2.0x0.4-D4 when your application demands high-precision drilling, particularly in small, intricate components for electronics, PCBs, or dies. Its specialized design is ideal for situations where minimal hole diameter, high cutting accuracy, and chip control are crucial.
Q: Where can the THR DM 2.0x0.4-D4 micro drill bit be used and on what machines?
A: This micro drill bit is compatible with CNC machining centers, drilling machines, and CNC lathes. Its robust industrial grade and solid carbide construction allow it to be used in various facilities focusing on precision engineering, electronics, and mould making.
Q: What process ensures high accuracy and long tool life with this micro drill bit?
A: The drill's precise manufacturing, optimized helix angle, and high-performance black DLC coating collaborate to create minimal run-out and superior chip evacuation. These factors ensure high accuracy, reduced tool wear, and extended lifespan during both through and blind hole drilling operations.
Q: How should the THR DM 2.0x0.4-D4 be stored and protected before use?
A: Each drill bit is packaged in a single piece protective tube, safeguarding it from contamination, physical damage, and corrosion until it is ready for use. This packaging ensures the tool retains its accuracy and chemical stability even during long periods of storage.