Five-axis machining: challenges and process solutions
Complex geometry, thin walls and multi-face features put pressure on conventional machining routes. Five-axis machining reduces repeated setups and a…
Read more →News / XDC
Technical knowledge and company news
Machining methods, material considerations and project notes from our engineering team.
Analysis of Deformation Control Process for Stainless Steel Precision Parts
Stainless steel features high strength and toughness. It is prone to internal stress deformation during precision CNC machining. Especially for thin-…
Read more →
Precision Guarantee Scheme for Complex Surface Parts by 5-axis Machining
Complex surface components are widely used in aerospace equipment, semiconductor devices and high-end medical instruments. Traditional 3-axis machini…
Read more →
Key Points of Precision Machining Technology for Semiconductor Equipment Components
Semiconductor equipment has extremely high requirements for component precision, cleanliness and material stability. Tiny sizes, complex cavity struc…
Read more →
Burr-free Precision Machining Technology for Medical Equipment Accessories
Medical equipment components directly affect equipment safety. In addition to precision, burr-free and smooth surface are critical indicators for med…
Read more →
Difficulties and Countermeasures for High-precision Machining of Aerospace Aluminum Parts
Defence and other non-standard components often combine unusual geometry with strict dimensional and documentation requirements. The manufacturing ro…
Read more →
Difficulties and Countermeasures for High-precision Machining of Aerospace Aluminum Parts
Defence and other non-standard components often combine unusual geometry with strict dimensional and documentation requirements. The manufacturing ro…
Read more →
Summary of Anti-deformation Processing Technology for Thin-walled Parts
Thin-walled parts are widely used in automation, medical and semiconductor equipment. They have poor rigidity and are easily deformed under cutting f…
Read more →
Precision Control Method for Deep Hole Machining
Deep hole machining is common in precision mechanical components. Deep holes easily lead to rough hole walls, aperture deviation and poor coaxiality,…
Read more →
Integrated Supporting Process of Precision Sheet Metal + CNC Machining
Many high-end equipment customers require both sheet metal structural parts and CNC machined components. Finding multiple suppliers separately easily…
Read more →
Rapid Trial Production Technology for Small-batch Precision Samples
In the new product R&D stage, customers often need small-batch precision samples for performance testing, requiring high precision and fast delivery …
Read more →
Process for Improving Surface Finish in CNC Precision Machining
The surface finish of precision components directly affects assembly performance, wear resistance and service life. Parts used in semiconductor, medi…
Read more →
Pre-machining Standards for Aluminum Alloy Parts before Anodizing
Aluminum alloy precision parts are widely used in aerospace, semiconductor and automation equipment. Anodizing is one of the most common surface trea…
Read more →
Key Points of Precision Cutting Process for High Hardness Materials
Die steel, stainless steel and other high hardness materials are widely applied in precision equipment. High hardness materials are difficult to cut,…
Read more →
Stability Control for Mass Production of Precision Components
After prototype qualification, many customers transfer to mass production. The core demand is consistent precision in every batch. Many factories fac…
Read more →
Influence of Custom Fixture Design on Precision in Precision Machining
Fixtures are the foundation of precision machining. Improper clamping causes extrusion deformation and positioning errors, which is a major reason fo…
Read more →