CNC Machining Is Perfect For Prototype Production
When it comes to produce prototypes, CNC
machining is one of the most often used manufacturing techniques. CNC machining
has replaced traditional manufacturing process. CNC prototyping uses computer
to build functional and working prototypes. During the period of 80’s and 90’s,
prototypes were created by engineers who used to operate route, shaping
machines, vertical millers as well as center lathes. CNC machining offers
various advantages in prototypes making. Prototype machining is fully automated
and it replaces manual operator. Because of the excellent advantages, most of
manufacturers choose prototype machining when they build functional prototypes.
CNC machining is a go-to precise, efficient and expedient manufacturing method.
Prototype machining has its own unique financial advantage. Compared to
traditional prototyping machining which requited high cost and long run manual
skilled labor, CNC prototyping machine is a single operator run the whole
prototyping process. CNC Prototyping China is widely used in a wide range of
industry which include medical, military, electronics, construction,
automotive, agriculture etc.
CNC machining is a computer numerical
control process used by producers to build prototypes and machined parts.
Machines and equipment used in CNC prototyping process are known as CNC
machines. These CNC machines are computer numerical control instead of using
old machines like router, lathes, grinders and mills. CNC machines are important
for the whole CNC machining process. The whole process starts with a digital 3D
design which is created by 3D software which in turn the computer will
translate into commands and instruction for cutting tools. The prototyping
machines use G-code software. G-code is a machining language which offers
precise control. This special software is able to control and monitor the
prototype machines. Once the code is fed onto the machines, it will request
very little supervision or operator to monitor the manufacturing process as all
cutting and performance are fully autonomous. The manufacturing process uses
computer inputs to control main parts of the machines tools like lathes and
drills.
Although 3D printing is dominant and widely
used in rapid prototyping, CNC machining is also an ideal manufacturing method
for rapid prototyping. To understand this technique, we may need to know why do
the prototype exists. Firstly, prototypes have a wide range of functions as it
is a presentation how the end product will look, feel and appear. This visual
presentation acts as a guide for research and development and show
proof-of-concept. A prototype with perfect aesthetics, it can be used as a
salesmen model. Except for the visual presentation, manufacturer build prototypes
not only look like the end product but also have the same function as the end
products. CNC prototyping China is a preferred technique for prototypes which
requires higher dimensional stability and strength. In the long-run, not all
manufacturers will use end-used part made by 3D printing. Depending on the
nature and type of prototypes, CNC Rapid Prototyping is a perfect choice.
CNC prototyping and traditional machining
use the same raw-material to create the same final parts but there are some
difference between these two techniques. CNC prototyping is autonomous and
traditional machining is manual, CNC prototyping has advantages accuracy,
production rate and speed. Traditional machining operator uses the whole set-up
to accomplish the task and CNC prototyping operator executes commands and
control from the back of the computer. Traditional machining cost less to
produce low-volume quantity and CNC prototyping if perfect for high-volume
production.
TEAM Rapid, as one of the leading CNC Manufacturer in China, we offer high quality CNC machining service and rapid prototyping services. If your need help for your projects, contact us at [email protected] today!