It serves as a quick model validating actual strategy and plans towards final product.
The most critical advantage of CNC Prototype Machining is the process' superior accuracy and consistency.
CNC machining is known to have some of the highest achievable tolerances of any
manufacturing technology and is well-known for its incredible reliability and consistency.
Important Factors to Consider for CNC Prototype Machining
While choosing CNC prototype machining for your prototypes,
consider the following factors to get optimal outcomes.
Material Requirements Part Weight Part Geometry Number of Parts
However, if your requirements demand a hefty and strong prototype then CNC prototyping will be a wise option.
How CNC Prototype Machining is used in Different Industries?
All the industries where precision is critical,
CNC prototype machining can be used.
A functional prototype is mostly used in these industries to check how well the original product performs. Industries include
Aerospace Industry Defense Industry Medical Industry Automotive Industry Electronics Industry
Advantages of CNC Prototype Machining
There are numerous advantages of CNC prototyping machining that’s why you should choose it for prototyping.
Better understanding of the design.
Early customer and stakeholders feedback.Timely changes save time and cost.
Provides quality assurance
You can show and test your concept.
Validation before full scale manufacturing
User research and testing
Accurate project cost estimation.
Disadvantages of CNC Prototype Machining
Expensive than 3D Printing
Some Geometrical Restrictions
Produces More Scrap Material
The first thing we do is meeting with our clients and talk through their goals on a future project.
During this meeting, feel free to communicate your ideas and ask lots of questions.
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