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Automotive non-structural parts—like interior trim, dashboard components, sensor housings, and door decorative panels—may not bear the car’s weight. But their precision directly affects fit, appearance, and user experience. Poor precision leads to loose gaps, uneven surfaces, or assembly problems. 5-axis machining
In the design phase of automated equipment, selecting the appropriate stainless steel grade is crucial. Using unsuitable materials can increase processing costs, extend delivery times, and even lead to long-term reliability risks. Key Factors in Material Selection Before selecting a stainless
In the field of industrial automation, equipment must operate continuously and reliably, minimizing downtime for maintenance. Therefore, material selection is crucial to the overall performance, lifecycle cost, and long-term stability of the system. Stainless steel, with its balanced mechanical properties and
Car interiors are all about comfort, durability, and style. The plastics used in dashboards, seats, door panels, and other interior parts play a big role in making the driving experience better. They need to be tough enough for daily use, safe
As medical devices become smaller, more complex, and require increasingly higher precision, traditional three-axis machining shows limitations in terms of structure, accuracy, and efficiency. Five-axis CNC machining, with its powerful ability to process complex geometric structures, is playing an increasingly important
With the rapid development of medical technology, medical devices are becoming increasingly diverse in function, and the design of components is becoming increasingly complex. The medical industry has extremely high requirements for the precision, reliability, material properties, and surface quality of
In insert molding technology, the “plastic matrix + metal insert” combination is the most popular. Plastic, with its advantages of lightweight, easy molding, and manageable
In aviation manufacturing, the right material directly impacts aircraft safety, fuel efficiency, and cost. Aluminum alloy has long been the workhorse material for aircraft parts
Insert molding is great for making strong, one-piece parts—but it’s not always perfect. Even small mistakes can cause issues like loose inserts or scratchy plastic.
If you’ve ever held a plastic part with a metal screw, a metal pin, or a wire inside—like a phone charger plug or a tool
In aerospace manufacturing, machining accuracy is paramount. Aircraft and spacecraft components must meet stringent tolerances, withstand extreme conditions, and deliver flawless performance. Traditional machining often
In aerospace, precision is paramount—it’s a matter of safety, performance, and regulatory compliance. Every bracket, blade, and casing must meet extremely high tolerances and withstand
Automotive non-structural parts—like interior trim, dashboard components, sensor housings, and door decorative panels—may not bear the car’s weight. But their precision directly affects fit, appearance,
In the design phase of automated equipment, selecting the appropriate stainless steel grade is crucial. Using unsuitable materials can increase processing costs, extend delivery times,
In the field of industrial automation, equipment must operate continuously and reliably, minimizing downtime for maintenance. Therefore, material selection is crucial to the overall performance,
Car interiors are all about comfort, durability, and style. The plastics used in dashboards, seats, door panels, and other interior parts play a big role
As medical devices become smaller, more complex, and require increasingly higher precision, traditional three-axis machining shows limitations in terms of structure, accuracy, and efficiency. Five-axis
With the rapid development of medical technology, medical devices are becoming increasingly diverse in function, and the design of components is becoming increasingly complex. The
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