Skip to main content

Streamline Your Manufacturing Process

Using CAD drawings in CAD/CAM software is becoming more common each day. They allow for quick and precise communication of tool dimensions to the machine. These drawings are also useful for visualising the specific tool design.

SmiCut has created simplified 3D CAD files for their entire range of Solid Carbide End Mills. These files are available in STEP format, an ISO standard exchange format compatible with many CAD programs.

Download the CAD drawings from SmiCut Online Store

Download the CAD Drawings

  1. Visit our online store and search for the desired tool.
  2. Find the tool in the list and click on the part number.
  3. On the tool’s page, you will find a link to download the CAD drawing.
    SmiCut Online Store page where you can download a cad drawing of a solid carbide end mill.

Understanding the 3D CAD Drawings

  • The green area of the drawing represents the cutting part of the tool, which usually corresponds to the cutting length (l).
  • The grey area indicates the non-cutting part of the tool.
    A cad drawing of a solid carbide mold and die end mill.

    A 3D Cad Drawing of the Solid Carbide Mold and Die End Mill MH0806D6R15L100_FC.

Links

SmiCut Online Store
Solid Carbide End Mills
Similar Posts
Uncategorized

CAD Drawings of Solid Carbide End Mills

Streamline Your Manufacturing Process Using CAD drawings in CAD/CAM software is becoming more common each…
internal thread turning tool
Uncategorized
Essential Guide to Minimum Bore Diameter in Thread Turning Tools
12E_1.25ISO_HC
Uncategorized
FourCut CAD Drawings: Enhancing Production with 3D STEP Files
Uncategorized
Vibration-Free Thread Milling: Improving Productivity and Economy
Uncategorized
Experience SmiCut Innovations at EMO, Hannover 18-23 September 2023
Uncategorized
Video: Thread Milling Education
Fraises en carbure monobloc pour l’aluminium
Uncategorized
Solid Carbide End Mills for Aluminium
Uncategorized
Thread Milling – FAQ
Uncategorized
CAD Drawings of Thread Mills
Uncategorized
Why choose Thread Milling instead of Tapping?