• June 21, 2024
  • Shatou, Changan, Dongguan, CN
CNC Machining

CNC machining costing: all the factors and tips you must know

CNC machining is a highly accurate and efficient method of machining, but there are several factors and tips to consider when performing CNC machining costing. Here are all the factors and tips you must know:


1. Material cost

Material cost is one of the main costs of CNC machining. The cost of materials depends on the type, quantity and quality of materials used.

2. Labor Costs

Labor costs are another major cost of CNC machining. This includes the cost of labor required to program, set up and operate the CNC machine.

3. Tool and fixture costs

Tools and fixtures are essential tools in the CNC machining process. The cost of tools and fixtures depends on the type and quantity used.

4. Equipment cost

The cost of purchasing, maintaining and repairing CNC machine tools is also part of the cost of CNC machining.

5. Transportation costs

If materials and parts need to be transported from different locations, then transportation costs also need to be taken into account.

6. Quality requirements

If the part requires high precision machining and quality control, then higher labor and equipment costs may be required.

7. Machining complexity

Machining complexity can also affect the cost of CNC machining. Simpler parts can be machined faster, while more complex parts may require more time and effort.

8. Quantity

Quantity is also an important factor in the cost of CNC machining. Generally speaking, high-volume production will cost less than low-volume production.

9. Material waste rate

The material waste rate during CNC machining is also a factor to consider. A higher waste rate will increase the material cost.

10. Machining time

Machining time is an important factor in the cost of CNC machining. Machining time depends on the size, shape and complexity of the part, as well as the tooling, fixtures and machining parameters used, etc.

11. Machining process errors

Machining process errors may result in the need for parts to be trimmed or reworked, increasing costs. Therefore, errors need to be minimized in the programming and setup process.

12. Reliability and maintenance of equipment

Reliability and maintenance of equipment is also a factor that affects cost. Regular maintenance and servicing of equipment can extend the life of the equipment and reduce the failure rate, thus reducing costs.

13. Optimization of machining process

Optimization of machining process can improve machining efficiency and quality, and reduce costs. For example, optimizing tool paths and cutting parameters can reduce machining time and material waste rates.

14. Supplier selection

Choosing the right supplier is also a strategy to reduce costs. Different suppliers may have different machining capabilities, equipment and experience, so the most suitable supplier needs to be found to achieve the best cost-effectiveness.

15. Equipment upgrades

Upgrading equipment can improve productivity, reduce costs and improve quality. For example, upgrading to a more advanced CNC machine can reduce machining time and material waste rates.


1. Design optimization

Optimize at the design stage to minimize machining steps and material waste, thereby reducing costs.

2. Mass production

Mass production can reduce costs such as labor costs, equipment cleaning and material costs, and improve efficiency and quality.

3. Material selection

Selecting economical and reasonable materials can reduce material costs, but take into account properties such as strength, toughness, and corrosion resistance of materials.

4. Programming optimization

Writing efficient CNC programs can reduce machining time, reduce tool wear, reduce scrap, etc. and reduce costs.

5. Equipment maintenance

Regular maintenance and inspection of equipment can extend equipment life, and reduce equipment failure rate and maintenance costs.

In summary, calculating CNC machining costs requires considering several factors and adopting appropriate techniques and strategies to optimize machining processes and reduce costs.

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