How to Inspect Precision Machined Components? - Precision Components Inspection Tips

Precision machined components require thorough inspection post-manufacturing to ensure they meet quality and precision standards. Due to their complex structures and unique shapes, these parts often necessitate multi-step measurements. InCrease will guide you through the inspection process and outline our precision CNC machining services.

Precision Components Inspection Tips

• Small Batch Production: Use a micrometer to check the dimensional precision of CNC machined parts.

• Large Volume Production: Employ a plain restriction gauge for inspection.

• Large Length and High Precision Components: Utilize comparators for accurate measurements.

• High Surface Roughness Requirements: Optical microscopes or contour graphs are recommended.

• Cylindrical Shape Deviation: A micrometer can measure the difference between the maximum and minimum sizes of the same axial phase.

• Mutual Positional Precision of Main Shafts: Use the center hole on both ends of the shaft as a datum reference, and measure with a micrometer gauge on each bearing journal.

InCrease Precision CNC Machining Services

Precision components processing demands high precision, advanced production machinery, and meticulous processes. To ensure part precision, separating rough machining from finishing is advisable. InCrease, a professional precision components manufacturer in China, offers a comprehensive range of services including CNC lathe services, CNC machining services, CNC milling services, CNC turning services, CNC drilling services, and CNC milling-turning services. We also provide various surface finishing services such as Painting, Passivation/Conversion coating, Anodizing, and Black Oxide.

We work with a diverse range of metal and plastic materials across various industries, supported by software like AutoCAD, JPEG, PDF, STP, IGS, and other common file formats. Our advanced digital systems, sophisticated machinery, skilled workers, and proficient engineering enable us to handle high-volume precision parts manufacturing based on custom designs. Every detail undergoes stringent inspection and confirmation.

Precision Components Operation Requirements

1. Operational Rules and Instructions: Establish practical and effective rules for the use and management of CNC machine tools.

2. Optimal Environment: To prolong the service life of CNC equipment, avoid direct sunlight, thermal radiation, high humidity, dust, and corrosive gases. Keep precision equipment away from high-vibration devices such as washing and forging equipment.

3. Professional Operator Skills: Operators must possess professional skills, including machine familiarity, an understanding of precision machining, and knowledge of machining materials.