CNC Machined Parts

Process Fundamentals for CNC Machined Parts Finishing Anodizing and powder coating represent two distinct surface finishing processes that enhance CNC machined parts through different mechanisms. Anodizing is an electrochemical process that creates a protective oxide layer on aluminum CNC machined parts by immersing them in an acid electrolyte bath while passing an electric current. This process grows the oxide layerMore

Material Selection for Robotic Actuator CNC Machined Parts Choosing the right materials for CNC machined actuator components is critical to balancing performance, weight, and durability in robotic systems. We focus on high-strength, lightweight alloys that meet the rigorous demands of robotic actuation—primarily 7075 aluminum for structural components and 17-4 PH stainless steel for parts requiring corrosion resistance. These materials offerMore

Equipment Calibration for Precision CNC Machined Parts Maintaining extreme precision in CNC machined parts begins with rigorous equipment calibration that forms the foundation of our tolerance control system. Our CNC machining centers undergo weekly calibration using laser interferometers that measure positioning accuracy to within 0.5 microns, ensuring all axes move precisely according to programmed coordinates. We calibrate spindles for runout,More

Material Traceability for Medical CNC Machined Parts ISO 13485 compliance begins with rigorous material traceability for medical CNC machined parts, ensuring full visibility from raw material to finished component. We source materials exclusively from certified suppliers providing complete documentation, including material certificates, chemical composition reports, and biocompatibility test results. Each batch of raw material for medical CNC machined parts receivesMore

Material Properties for Lightweight CNC Machined Parts Aluminum and titanium stand out as premier materials for lightweight CNC machined parts, offering exceptional strength-to-weight ratios that outperform traditional steels. Aluminum alloys like 6061 and 7075 provide a perfect balance—with densities around 2.7 g/cm³, they weigh approximately 30% of the equivalent steel component while maintaining sufficient strength for structural applications. Titanium alloys,More

Geometric Optimization for CNC Machined Parts Effective DFM begins with optimizing component geometry to simplify CNC machining while maintaining functionality. We work with designers to eliminate unnecessary features in CNC machined parts that increase production time without adding value. Sharp internal corners, for example, create tooling challenges and stress concentration—we recommend minimum 0.5mm radii that match standard tool sizes, reducingMore

Mechanical Properties Comparison for CNC Machined Parts When selecting materials for CNC machined parts, understanding mechanical property differences between metals and plastics is fundamental to performance. Metals generally offer superior tensile strength, with aluminum alloys providing 200–600 MPa and steel alloys ranging from 400–1,200 MPa, making them ideal for load-bearing CNC machined parts. Plastics like ABS and nylon typically exhibitMore

Rapid Prototyping with CNC Machined Parts for Automotive Design In automotive development, our CNC machining capabilities accelerate prototyping by transforming digital designs into functional CNC machined parts in days rather than weeks. We work directly from 3D CAD models provided by automotive engineers, using 5-axis CNC machines to produce complex prototype components with precise geometries. For early design validation, weMore

Principles of 5-Axis Movement for CNC Machined Parts At the core of our precision manufacturing capabilities lies 5-axis CNC machining, a technology that revolutionizes how we produce complex CNC machined parts. Unlike traditional 3-axis machines limited to X, Y, and Z linear movements, 5-axis systems add two rotational axes (typically A and B or A and C), allowing the cuttingMore