CNC Knowledge

Surface finish affects appearance, friction, sealing, assembly fit, and corrosion performance of CNC machined parts. How it works The drawing is reviewed first, then the suitable turning, milling, drilling, threading, or finishing process is selected. Material, tolerance, surface finish, and quantity all affect the production route. Applications turned shafts connector faces sleeves precision mating components […]

OEM CNC machining focuses on producing parts according to customer drawings, assembly requirements, and repeatable quality expectations. How it works The drawing is reviewed first, then the suitable turning, milling, drilling, threading, or finishing process is selected. Material, tolerance, surface finish, and quantity all affect the production route. Applications equipment shafts connector parts custom sleeves

Small batch CNC machining helps buyers test parts, validate assemblies, and prepare for production without committing to a large order immediately. How it works The drawing is reviewed first, then the suitable turning, milling, drilling, threading, or finishing process is selected. Material, tolerance, surface finish, and quantity all affect the production route. Applications prototype shafts

Material selection affects CNC turning cost, surface finish, tool wear, and tolerance stability. How it works The drawing is reviewed first, then the suitable turning, milling, drilling, threading, or finishing process is selected. Material, tolerance, surface finish, and quantity all affect the production route. Applications stainless steel shafts brass bushings aluminum spacers carbon steel pins

CNC milling uses rotating tools to remove material from a fixed workpiece. It is commonly used for parts with pockets, slots, holes, and flat surfaces. How it works The drawing is reviewed first, then the suitable turning, milling, drilling, threading, or finishing process is selected. Material, tolerance, surface finish, and quantity all affect the production

CNC tolerance describes the acceptable dimensional variation between the drawing requirement and the finished machined part. How it works The drawing is reviewed first, then the suitable turning, milling, drilling, threading, or finishing process is selected. Material, tolerance, surface finish, and quantity all affect the production route. Applications tight tolerance shafts precision pins bushings mating

CNC milling and CNC turning are both subtractive machining methods, but they are used for different part shapes and production requirements. How it works The drawing is reviewed first, then the suitable turning, milling, drilling, threading, or finishing process is selected. Material, tolerance, surface finish, and quantity all affect the production route. Applications flat plates

The CNC machining process turns a drawing into a finished part through review, programming, setup, cutting, inspection, and packing. How it works The drawing is reviewed first, then the suitable turning, milling, drilling, threading, or finishing process is selected. Material, tolerance, surface finish, and quantity all affect the production route. Applications turned parts milled parts

CNC machining is a controlled manufacturing process that removes material from metal or plastic workpieces to create custom parts based on drawings. How it works The drawing is reviewed first, then the suitable turning, milling, drilling, threading, or finishing process is selected. Material, tolerance, surface finish, and quantity all affect the production route. Applications custom

CNC turning is a machining process where a rotating workpiece is shaped by cutting tools. It is widely used for cylindrical parts that need stable dimensions and repeatable production. How it works The drawing is reviewed first, then the suitable turning, milling, drilling, threading, or finishing process is selected. Material, tolerance, surface finish, and quantity