[X-ray CT Contract Measurement] Non-destructive Internal Inspection
Non-destructive internal defect and condition observation is possible! We conduct contracted measurement, analysis, and inspection using X-ray CT.
At the Shinwa Metrology Center, we own the Carl Zeiss measurement X-ray CT ZEISS METROTOM and conduct contract measurement services. Based on our past contract achievements, we will respond to our customers' requests. We have newly equipped the scatterControl (scatter correction mechanism) as a new feature. It is effective in reducing CT artifacts and noise for large workpieces and composite materials that include metals. Please give it a try. Inspection contents: - Internal defect analysis - CAD comparison - Dimensional measurement / geometric tolerance evaluation - Fiber orientation observation - Thickness measurement - Observation of bonding conditions [Contract Request Flow] 1) Inquiry (IPROS, website, email, phone) 2) Imaging content hearing (size, material, observation content, quantity, etc.) 3) Explanation of output image 4) Submission of quotation 5) Order placement 6) Workpiece shipment 7) Imaging and analysis 8) Submission of output data We also provide explanations of analysis results via the web!
basic information
【Equipment Owned】 METROTOM1500 225kV 【Device Specifications】 ・Maximum Tube Voltage | 225kV ・Maximum Work Size | Φ615 x h800 mm ・Measurement Accuracy | MPE SD: 4.5µm + L/50 MPE E : 9.0µm + L/50 【Others】 In collaboration with external partner manufacturers, we can also provide imaging with X-ray CT systems suitable for your needs. Examples: 300-600kV high-output X-ray CT, nano-focus X-ray CT, etc. Please consult us first.
Price information
Please consult us regarding the budget. We will consider it, including the conditions set.
Delivery Time
Applications/Examples of results
Inspection Contents 〇 Internal Defect Analysis 〇 CAD Comparison 〇 Dimensional Measurement / Geometric Tolerance Evaluation 〇 Fiber Orientation Observation 〇 Thickness Measurement 〇 Observation of Joint Condition