Precision lathe machining services
- Maintain the strictest tolerance of ± 0.002 mm during the production process
- Timely delivery within 3 days or less
- Save over 60% of costs
- Can turn over 200 types of materials, including metal and plastic
- Strict tolerances and concentricity are our manufacturing standards
Lathe machining case presentation
CNC lathe parts
CNC lathe parts
CNC lathe parts
CNC lathe parts
CNC lathe parts
CNC lathe parts
CNC lathe parts
CNC lathe parts
CNC lathe parts
CNC lathe parts
CNC lathe parts
CNC lathe parts
CNC lathe parts
lathe machining
Lathe machining is an important component of mechanical machining, with a wide range of applications and diverse machining forms.
Processing form: There are two main forms of lathe processing: one is to fix the turning tool and process the rotating workpiece; The second is to fix the workpiece, and the turning tool performs precision machining through horizontal and vertical movement.
Processing capability: The lathe can process various shapes such as outer and inner circles, end faces, threads, etc., and can also perform additional processing such as drilling and reaming, suitable for workpieces of various materials and shapes.
Application areas: Lathe machining is widely used in manufacturing industries such as electronics, hardware tools, automotive manufacturing, aerospace, medical equipment, etc. It can meet the needs of high precision and high quality.
Processing accuracy: Automatic lathes and CNC lathes can achieve high processing accuracy, with tolerances controlled within plus or minus ±0.01mm, or even higher, suitable for fields with extremely high precision requirements.
Application field of lathe machining
Lathe machining is widely used in various fields, mainly for processing metal materials and workpieces with rotating surfaces.
Basic applications in manufacturing: Lathe parts are widely used in various industries such as electronics, hardware tools, plastics, etc., to meet the high-precision and high-quality requirements of these industries for components.
In the field of high-precision machining, such as aerospace and medical equipment, lathes can process various complex shaped parts to ensure manufacturing quality.
Automobile manufacturing: lathes are used to process key components such as engine parts and transmission parts.
Electronic manufacturing: Lathes are used to produce small and delicate components such as metal casings and connectors for mobile phones and computers.
Other industries: Lathes are also widely used in multiple industries such as shipbuilding and military industry.
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Complete CNC machining services from prototype to production ensure high quality, fast delivery and competitive prices.
