High Speed CNC Milling Computerized Numerical Control System Precision Milling Mold Bases Internal Etched Designs Precise Repeatability,
3-axis, solid steel, aluminum, replacement or prototype part, milled
pieces, cut cavities and cores, gears, inserts, sub-inserts, mold bases,
computer-driven accuracy, operate unattended, reducing production costs,
G-codes
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High Speed CNC Milling:
Computer Numeric Control System
BMJ Mold and Engineering provides state-of -the-art high speed 3-axis CNC milling to customers needing to change the shape of solid steel, aluminum or other metal, whether for a single replacement or prototype part, or hundreds of milled pieces.
High Speed CNC Milling: Design & Reproduction Accuracy
Computer Numerical Control (CNC) Milling, the most common form of CNC, is a cutting process for precision high speed milling to cut cavities and cores, gears, inserts, sub-inserts, mold bases and other metal components.
- CNC milling provides computer-driven accuracy to produce components that only a few years ago would have been virtually impossible with hand milling
- CNC also allows for precise repeatability of multiple copies
- Once programmed, the High Speed CNC Milling Machine can operate unattended, reducing production costs related to labor
CNC Milling: A Brief Explanation
When making plastic injection molds, 3-Axis CNC milling is a cutting process in which material is removed from a solid block of metal, such as aluminum or hardened steel, by a rotating tool.
- CNC milling machines are traditionally programmed using a set of commands known as G-codes,
which represent specific CNC functions in alphanumeric format
- With 3-axis milling the work piece or cutting tool is moved in three dimensions to achieve desired cut shape
- Material is usually removed by both the end and the side of the
cutting tool
- Cutting tool rotates about an axis perpendicular to the table that holds the material to be cut
- Cutting tools of various profile shapes are available including square, rounded, and angled
- A wide variety of part shapes and geometries are possible
- Both 2D and 3D shapes produced
For a quote or more information about how CNC
Milling can improve your next project, call 765-457-1166, or send us an email, or submit this short form:
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