Precision Machined Medical Parts Manufacturers

Die forging is a method of forming on a forging die developed on the basis of free forging and die forging in order to solve the problems of low productivity and poor precision of free forging, and to achieve the needs of large-scale and specialized production of forgings. Die forging is the abbreviation of model forging. The forging die (forging die) is generally composed of an upper die and a lower die. The upper and lower dies of the forging die are respectively fixed on the hammer head and the die pad. or die groove), the shape and size of the cavity of the groove is the same as the shape and size of the forging. During die forging, the blank is placed on the lower die, and the upper die moves down with the hammer (or slider) to close the die (one or more times) to hit the blank. Under the action, plastic deformation is generated and the groove is filled, and finally a forging with the same shape as the groove is obtained.

When you finish CNC machining a part, your job isn't done. These raw components may have unsightly surfaces and may not be strong enough. Or They are just part of one component that must be joined with other components to form a complete product. After all, how often do you use a device made up of individual parts?

Plastic injection molding is a high-volume manufacturing process used to produce identical plastic parts by injecting molten thermoplastic material into a custom-designed mold cavity. Once cooled and solidified, the mold opens to release the finished part. This method is widely adopted for its efficiency, precision, and cost-effectiveness in mass production.

Industry 3.0 is defined as electrical automation, which is what we are doing now. The automation equipment and non-standard equipment we are doing now are all just Industry 3.0. Take the following video as an example. The fully automated production line can reduces manpower and improves efficiency.

The raw metal or plastic material used for the part is as important as how the part is machined; choosing the wrong one can unnecessarily increase the cost of the part. For example, titanium, the darling of superalloys and aerospace, is difficult to machine, and parts made from it are almost certainly more expensive than parts made from aluminum or stainless steel. What's the point? If it's not really needed, choose a cheaper metal.

The company is ISO 9001 and AS 9100D certified for over 20 years, NADCAP- NDT (magnetic particle inspection) certified in 2019, and also has implemented an ERP system since 2018 and lean manufacturing system since 2020.