We are conducting various non-destructive internal observations using X-ray microscopic inspection equipment.
At Aikosha, we started offering X-ray inspection contract services in May 2013. With the X-ray inspection equipment (TUX-3200N) manufactured by Mars Tohken X-ray Inspection Co., we can perform high-magnification imaging and step-feed function imaging on a large stage with a diameter of 400mm. We can accommodate both sample mailing and in-person sample drop-off and observation. Examples of usage include analysis of various defects, foreign object inspection, verification of assembly conditions, and motion analysis. 【Features】 - Equipped with an X-ray microscopic inspection device with a resolution of 0.4μm - The stage can observe workpieces with a diameter of 400mm and a load capacity of up to 5kg - Re-analysis of images is possible (conditions apply for re-analysis) - Capable of observing during operation due to the ability to intake power and air (the state will be stationary, not in continuous operation) For more details, please contact us or download the catalog.
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basic information
【Mars Higashiken X-ray Inspection Co., Ltd. TUX-3200N Specifications】 ○X-ray Source →Minimum Resolution: 0.4μm →Tube Voltage: 20kV to 130kV →Tube Current: up to 200μA ○Maximum Geometric Magnification: 1200 times (Monitor Magnification 5760 times) ○Stage →Size: Diameter 400mm →Load Capacity: 5kg →Stroke (X-axis/Y-axis): ±200mm/±150mm →Stroke (Z-axis/θ-axis): 230mm/360° ○Detection System Tilt Angle: 0 to 60° ○Maximum Inspection Area: 335mm × 300mm ●For more details, please contact us or download the catalog.
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Applications/Examples of results
【Usage Examples】 ○ Analysis of various malfunctions ○ Foreign object inspection ○ Confirmation of assembly conditions ○ Operation analysis ● For more details, please contact us or download the catalog.
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Company information
We contribute to the growth of companies with world-class micro-manufacturing technology. Since our founding in 1934, we have accumulated micro-machining technology learned from manufacturing parts for spring-driven watches, responding to high precision demands. Today, we have developed the capability to process materials as thin as 1/50th to 1/100th of what was possible at that time. We will continue to challenge ourselves to create even thinner and more precise products in the future.