Neway is relying on a multi-layered inspection and quality-assurance program to verify the performance, durability and functional reliability of custom parts used in die casting, CNC machining and rapid prototyping. The approach combines dimensional measurement, internal-structure analysis and material identification to detect deviations before parts reach volume production.
To address complex requirements in die casting, CNC machining and rapid prototyping, Neway has assembled a testing framework that spans dimensional verification, internal defect analysis and material composition checks. The system is designed to provide measurable evidence of conformance at multiple stages of production.
| Inspection equipment | Core function | Typical application |
|---|---|---|
| Coordinate measuring machine (CMM) | Precise measurement of geometric dimensions and profiles | Dimensional verification of high-precision parts |
| X-ray inspection system | Non-destructive detection of internal defects | Analysis of porosity, cracks and structural integrity |
| 450 kV industrial CT | High-resolution internal imaging | Scanning of complex internal structures and porosity |
| GDMS mass spectrometer | Identification of ultra-pure alloy composition | Trace-element and material-purity analysis |
| Metallurgical microscope | Microstructural analysis | Grain-structure and material-consistency checks |
Using CMM, Neway compares a part’s actual geometry with design drawings at high precision. The equipment is suited to die-cast and CNC-machined components, where it can identify small deviations and support the achievement of tight tolerances.
X-ray inspection and 450 kV industrial CT are central to verifying the safety of parts with complex structures. Through non-destructive imaging, the company can examine interior areas, locate porosity, inclusions and structural inconsistencies, and flag potential risks early in production.
Material composition sets the upper limit of part performance. Neway uses GDMS to trace the composition of ultra-pure alloys and a metallurgical microscope to observe grain distribution. Scanning electron microscopy adds micron-level surface and defect analysis, helping confirm that each material batch meets high standards.
The inspection results are used as quantitative feedback for manufacturing teams. Dimensional drift identified by CMM can prompt adjustments to CNC tool paths or die-casting mold parameters, while internal imaging and material analysis help determine whether process changes are needed before defects are repeated in larger batches.