CNC Machining POM Machining Car Parts Machining, CNC Milling Aluminum Parts

Shenzhen Feitai Precision Co., Ltd. is engaged in CNC machining, CNC lathe machining,
sheet metal processing, hardware/plastic parts of the hand plate model proofing,
3D printing services, and small batch production.
The company has more than 14 years of precision parts processing experience,
a variety of imported precision machinery and equipment of more than 50 sets,
a focus on hand plate model proofing, small batch production of customized various high precision parts,
and other supporting services, products are widely used in communications, optics,
mechanical equipment, medical equipment, drones, mobile phones, electronic appliances, automobiles,
and other fields. Since its establishment, the company has always adhered to
the quality policy of providing customers with satisfactory products and services strictly
implemented the ISO9001 quality management system and strengthened the internal implementation of the 8S quality body.



It has more than 20 experienced professional and technical personnel with complete precision testing equipment and instruments,
and effectively controlled the quality of all aspects of product production.
We are committed to providing customers with effective solutions for the verification,
trial production, and small batch production of new product design stages.
For customers to shorten the trial production cycle and save development costs and continuous efforts.

Our Advantages:

1. Business scope includes CNC machining, five-axis linkage machining,
CNC lathe machining, sheet metal processing, 3D printing services,
hardware/plastic parts of the hand plate model proofing, and small batch production.

2. At present, the company's cooperative customers are mainly from Europe and the United States,
Israel, and Southeast Asia, which have high requirements for quality,
so our quality standard system has met the international high-end level,
familiar with the industry standards of various countries.

3. More than 10 years of experience, superb technology, and efficient service.

CNC machining technology introduction

CNC precision machining is a traditional way of cutting away excess material by removing it. CNC processing speed,
low cost, processing materials with high strength, high-temperature resistance, high toughness, transparency,
and other requirements;
the CNC model processing form is eclectic, such as grinding, spraying, painting, polishing, screen printing,
UV, electroplating, etc.
(especially the model that needs electroplating), the effect can be comparable to the products produced by the mold,
or even higher; In appearance, assembly, and function verification can achieve the customer's final design intention;
Therefore, CNC model-making has been one of the mainstream modern rapid prototypes.

CNC rapid prototype method: Generally, the upper and lower sides of the workpiece are processed,
and in special cases, the workpiece is processed on three, four, five, or six sides. In the process of processing,
we will retain the adhesive water around the edge basket for the workpiece,
fix the workpiece with the side basket pulling bone, and position the workpiece by pouring plaster.
During processing, the workpiece will not have a bonding effect with the CNC workbench,
so as to better ensure that the workpiece will not be deformed and that the material level of the workpiece is accurate.
In addition, gypsum is an indispensable auxiliary material in the processing of rapid prototypes.



During the turning process, the cavity surface has been hollowed out, and the wall thickness of the product is generally thin,
so the processing will appear thin wall-shaking phenomenon, which has a great impact on the appearance of the product.
After filling with gypsum, it is equivalent to adding support,
which makes the thin wall shaking will not occur during processing, ensuring the processing effect.

rapid prototype model benefits

1. Inspect the appearance design, reflect the designer's creativity in the form of physical objects,
and facilitate the discovery of shortcomings and defects
in the design during the development of the appearance of new products.

2. Test the structure and function design, intuitively reflect whether the structure is reasonable or not,
the difficulty of installation, easy to find the engineering and process problems in the product structure,
and optimize the product structure and function.

3. Reduce the risk of direct mold opening, avoid losses, and save development costs.

4. Before the mold is developed, a rapid prototype model is used for early publicity
(such as participating in exhibitions)
and preparation for production, which is advanced.