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Single Flute End Mills
SUPSTTED Single Flute End Mills: Precision Clearing for Demanding Materials
Engineered for exceptional chip evacuation in soft metals, composites, and plastics, SUPSTTED’s Single Flute End Mills redefine efficiency in high-speed machining. The unique single-flute design maximizes gullet capacity, preventing material buildup and reducing heat generation during aggressive cuts. Crafted from premium micro-grain carbide with a proprietary nano-coating, our tools resist abrasion and extend tool life by 30% versus conventional end mills.
Optimized for rapid feed rates in non-ferrous applications—especially aluminum, copper, and PVC—these end mills deliver vibration-free finishes even in deep-pocket milling. The enhanced geometry shears material cleanly, minimizing burring and secondary operations. Ideal for 3D contouring, engraving, and slotting where speed and surface quality are critical.
Backed by SUPSTTED’s rigorous tolerance testing (±0.0002"), each end mill ensures consistent performance in CNC routers and machining centers. Upgrade your productivity with reduced cycle times and superior finish integrity.
Key Original Elements:
Proprietary Nano-Coating: Highlighted for extended wear resistance (+30% lifespan).
Enhanced Geometry Focus: Emphasizes "shearing" action to reduce burring, not just chip clearance.
Material-Specific Optimization: Explicitly calls out PVC, copper, and composites beyond standard aluminum.
Performance Metrics: Includes tolerance specificity (±0.0002") and vibration reduction.
Unique Applications: Links 3D contouring/engraving to reduced secondary ops.
Brand-Centric Claims: "SUPSTTED’s rigorous tolerance testing" asserts quality control ownership.
Show Details
Specitications
| SIZES(D*L*L) | |||
| D3.175*(12/17)*38L | D6*32*60L | D8*52*80L | |
| D3.175*(22/25)*45L | D6*42*70L | D8*62*100L | |
| D3.175*28*50L | D6*52*80L | D10*32*65L | |
| D4*(17122*45L | D6*62*100L | D10*42*75L | |
| D4*25*50L | D8*25*60L | D10*62*100L | |
| D4*32*60L | D8*32*60L | ||
| D6*(17122/25)*50L | D8*42*70L | ||
Clients Good Feedback
Factory
Service Introduction
Logistics Package
FAQ
A: A single flute end mill is a cutting tool with one helical groove (flute) designed primarily for high-speed machining of soft materials like plastics, composites, and non-ferrous metals (e.g., aluminum). Its open design maximizes chip clearance, reducing heat buildup.
A: Single flute end mills excel in chip evacuation, preventing clogging in gummy or low-melting-point materials. They allow higher feed rates and deeper cuts than multi-flute tools for these materials, reducing the risk of melting or binding.
A: They work best with:
Soft plastics (PVC, acrylic, HDPE)
Composites (carbon fiber, G10)
Non-ferrous metals (aluminum, brass, copper)
Avoid hardened steels or abrasive materials.
A: Use high RPM and aggressive feed rates. The single flute allows larger chip loads; start with manufacturer recommendations and adjust upward. Ensure adequate coolant/lubrication for heat-sensitive materials.
A: Yes, they produce smooth finishes in soft materials due to reduced vibration and efficient chip clearance. However, for fine-detail finishing in metals, 2-3 flute end mills may be preferable.
Single Flute End Mills
SUPSTTED Single Flute End Mills: Precision Clearing for Demanding Materials
Engineered for exceptional chip evacuation in soft metals, composites, and plastics, SUPSTTED’s Single Flute End Mills redefine efficiency in high-speed machining. The unique single-flute design maximizes gullet capacity, preventing material buildup and reducing heat generation during aggressive cuts. Crafted from premium micro-grain carbide with a proprietary nano-coating, our tools resist abrasion and extend tool life by 30% versus conventional end mills.
Optimized for rapid feed rates in non-ferrous applications—especially aluminum, copper, and PVC—these end mills deliver vibration-free finishes even in deep-pocket milling. The enhanced geometry shears material cleanly, minimizing burring and secondary operations. Ideal for 3D contouring, engraving, and slotting where speed and surface quality are critical.
Backed by SUPSTTED’s rigorous tolerance testing (±0.0002"), each end mill ensures consistent performance in CNC routers and machining centers. Upgrade your productivity with reduced cycle times and superior finish integrity.
Key Original Elements:
Proprietary Nano-Coating: Highlighted for extended wear resistance (+30% lifespan).
Enhanced Geometry Focus: Emphasizes "shearing" action to reduce burring, not just chip clearance.
Material-Specific Optimization: Explicitly calls out PVC, copper, and composites beyond standard aluminum.
Performance Metrics: Includes tolerance specificity (±0.0002") and vibration reduction.
Unique Applications: Links 3D contouring/engraving to reduced secondary ops.
Brand-Centric Claims: "SUPSTTED’s rigorous tolerance testing" asserts quality control ownership.
Show Details
Specitications
| SIZES(D*L*L) | |||
| D3.175*(12/17)*38L | D6*32*60L | D8*52*80L | |
| D3.175*(22/25)*45L | D6*42*70L | D8*62*100L | |
| D3.175*28*50L | D6*52*80L | D10*32*65L | |
| D4*(17122*45L | D6*62*100L | D10*42*75L | |
| D4*25*50L | D8*25*60L | D10*62*100L | |
| D4*32*60L | D8*32*60L | ||
| D6*(17122/25)*50L | D8*42*70L | ||
Clients Good Feedback
Factory
Service Introduction
Logistics Package
FAQ
A: A single flute end mill is a cutting tool with one helical groove (flute) designed primarily for high-speed machining of soft materials like plastics, composites, and non-ferrous metals (e.g., aluminum). Its open design maximizes chip clearance, reducing heat buildup.
A: Single flute end mills excel in chip evacuation, preventing clogging in gummy or low-melting-point materials. They allow higher feed rates and deeper cuts than multi-flute tools for these materials, reducing the risk of melting or binding.
A: They work best with:
Soft plastics (PVC, acrylic, HDPE)
Composites (carbon fiber, G10)
Non-ferrous metals (aluminum, brass, copper)
Avoid hardened steels or abrasive materials.
A: Use high RPM and aggressive feed rates. The single flute allows larger chip loads; start with manufacturer recommendations and adjust upward. Ensure adequate coolant/lubrication for heat-sensitive materials.
A: Yes, they produce smooth finishes in soft materials due to reduced vibration and efficient chip clearance. However, for fine-detail finishing in metals, 2-3 flute end mills may be preferable.
