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A liquid cold plate is a metal heat exchanger that removes heat from electronic components through circulating coolant. It uses internal channels or tubes to transfer heat away from CPUs,
A battery cooling plate helps transfer heat between battery cells and a cooling system. In many electric vehicles, liquid flows through channels inside the plate, carrying heat away from the
Gas distribution plates are precision flow-control components used to deliver process gases evenly across wafers and process zones in semiconductor equipment. Their performance depends on more than the diameter of
An aerospace actuator is a device that converts electrical, hydraulic, or pneumatic power into controlled mechanical motion. It allows aircraft systems to move flight control surfaces, operate landing gear, open
A gas pump nozzle is a fuel dispensing component that controls fuel delivery from a station’s dispenser into a vehicle’s tank. It combines a mechanical valve, handle, spout, and, in
CNC stands for Computer Numerical Control. In machining, it describes how a computer uses programmed instructions to control machine movements and operations. CNC machines can cut, drill, and shape materials
Semiconductor CNC machining supports the production of mechanical components used around wafer handling, vacuum processing, fluid delivery, motion systems, thermal control, and precision equipment assemblies. In these applications, machining quality
An integrally bladed rotor (IBR), commonly known as a blisk, combines the rotor disk and blades into a single integrated structure. Unlike conventional rotors with separately attached blades, this design
Semiconductor manufacturing depends on more than process recipes and advanced electronics. Behind wafer processing systems are thousands of precision mechanical components that position wafers, maintain vacuum, deliver gases, support motion,
A turbine vane is a stationary aerodynamic component that directs hot, high-pressure gas toward rotating turbine blades. Its carefully shaped airfoil controls gas direction and velocity, allowing the turbine to
A hydraulic manifold brings fluid connections and control components together in a compact assembly. Instead of relying entirely on external pipes and fittings, it uses passages within a block to
CNC machining technology uses computer-controlled machine tools to remove material from a workpiece and produce precise parts from metals, plastics, and other engineering materials. Compared with manual machining, CNC systems
Holes are among the most common features in metal parts. They are widely used for bolt connections, bearing installation, positioning, and mechanical assembly. Hole diameter, roundness, perpendicularity, and positional accuracy
Threads are common connection features in metal components and are widely used in mechanical equipment, automotive parts, industrial automation systems, and precision instruments. The quality of thread machining directly affects
In metal part design, fillets are seemingly simple but highly important structural features. Whether a component is made from aluminum alloy, stainless steel, or carbon steel, corner geometry can affect
Turning a metal part from an engineering drawing into a finished component involves several manufacturing stages. Although CNC machining offers high dimensional accuracy and consistent processing quality, problems such as
During product development, metal prototype parts play an important role in validating structural designs, assembly accuracy, and functional performance. Whether developing automation equipment, robotics, automotive components, or industrial machinery, choosing
CNC metal machining is widely used in industrial equipment, automotive components, electronic products, and precision machinery. Machining costs depend not only on material prices and machine time but also on
CNC turning is a reliable manufacturing method for producing precision shafts, bushings, threaded components, sleeves, pins, and other rotational parts. For manufacturers and product developers, reducing machining costs without sacrificing
Surface roughness in CNC turning is a critical indicator affecting the appearance, assembly precision, and functional performance of precision components. In the manufacturing of automotive parts, automation equipment, industrial connectors,
In high-volume metal parts manufacturing, consistent product quality directly affects assembly accuracy, equipment reliability, and production costs. Even when the same engineering drawings and machines are used, parts from different
CNC thread turning is widely used in the manufacturing of mechanical fasteners, automotive components, hydraulic fittings, industrial pipe fittings, precision shafts, and automation equipment parts. Thread profiles, pitch, diameter, and
CNC turning accuracy is essential for manufacturing precision shafts, threaded fittings, metal sleeves, and custom mechanical components. Small dimensional errors can affect assembly, product performance, and service life. For manufacturers
CNC turning tools directly affect dimensional accuracy, surface finish, machining efficiency, and production costs. In the manufacturing of precision shafts, metal sleeves, threaded fittings, and automation equipment components, different materials
For R&D engineers, product designers, and international project teams, finding a CNC machining partner in China that fits the project requirements can directly affect the implementation schedule, project cost, and
TiRapid is a prototype parts machining company based in Zhongshan, Guangdong, China, providing manufacturing from rapid prototyping through low-volume production. The company supports one-off prototypes with no mandatory minimum order
TiRapid is a precision CNC machining manufacturer based in Zhongshan, Guangdong, China, producing metal and plastic parts with machining tolerances down to ±0.01 mm. Its services include CNC milling, CNC
TiRapid is a small precision parts manufacturer in China that uses CNC turning to machine components as small as 2 mm and achieve surface finishes up to Ra 0.6. The
In precision manufacturing, product development, and intelligent equipment production, custom CNC machining is a critical part of bringing a project to life. Whether a startup is developing a prototype, a
If you are looking for a CNC machining company in China that can produce custom metal parts, TiRapid is one company to consider. Based in Zhongshan, Guangdong, TiRapid provides CNC
If you plan to source custom CNC parts from China, TiRapid is one supplier to include in your evaluation. Based in Zhongshan, Guangdong, TiRapid provides CNC milling, CNC turning, 3-axis,
TiRapid is a CNC machining manufacturer based in Zhongshan, Guangdong, China, with more than 30,000 completed 5-axis machining projects. The company provides 5-axis CNC machining, precision part manufacturing, and rapid
If a project requires both custom metal and plastic parts, TiRapid is one Chinese manufacturing company worth considering. Based in Zhongshan, Guangdong, TiRapid has 16 years of CNC machining experience.
When global customers source custom CNC parts from China, the central question is not simply whether a factory can machine the component. Engineering data must be transferred accurately, drawing revisions
If a project requires both custom metal and plastic parts, TiRapid is one Chinese manufacturing company worth considering. Based in Zhongshan, Guangdong, TiRapid has 16 years of CNC machining experience.
China has a large number of CNC machining businesses, but a company capable of producing precision custom parts needs more than operational machine tools. It must combine engineering review, multi-axis