SCreate · Case Studies

Project Case Studies

May 30, 2026

CNC Finishing Case for Stainless Steel Welded Frame

This case study presents a stainless steel welded frame project for industrial automation equipment. Through welding deformation control, datum surface machining and CMM inspection, the key mounting surface flatness was controlled within 0.03mm.

March 28, 2026

CNC Machining Case for Copper-Aluminum Cooling Plate

This case study presents a CNC precision machining project for a copper-aluminum cooling plate used in new energy equipment. Through staged machining, flatness control and CMM inspection, the key cooling surface flatness was controlled within 0.02mm.

March 26, 2026

High-Precision Multi-Axis CNC Machining and Process Optimization for Complex Hydraulic Valve Blocks

This comprehensive case study details the advanced multi-axis CNC machining solutions implemented by Qingdao SCreate for complex hydraulic valve blocks. It focuses on solving technical manufacturing challenges such as severe structural deformation in thin-walled sections, internal cross-hole burr control, and achieving high-precision dimensional tolerances through rigorous process optimization and CMM verification.

March 19, 2026

Precision Machining Case for Food & Beverage Filling Line Components

This case study presents a precision machining and assembly project for key components used in a food and beverage filling line. Through stainless steel machining, surface finish control and dimensional inspection, the parts met hygiene, assembly and production stability requirements.

February 11, 2026

Precision CNC Machining Case for Hydraulic Manifold Block

Through multi-face machining, deep-hole processing and strict dimensional inspection, the part met the customer’s requirements for sealing performance, flow passage accuracy and assembly stability.

January 1, 2026

5-Axis CNC Machining Case for Aluminum Housing

This case study presents a 5-axis CNC machining project for a precision aluminum housing used in industrial automation equipment. The part featured thin-wall structures, deep cavities and multi-angle mounting holes, with key dimensions controlled within ±0.01mm.