• UT for Elbow pipes
• UT for gas cutting surface
• UT for weld bead
• UT for fillet weld in tee joint
• UT for weld bead
• UT for CFRP
• Cast iron: gap & narrow spot
• Cast iron: rough surface
• Cast iron: rough surface
• Cast iron: from cross section
• Inspection at the vertical portion
• Application of angle beam probe
• Application of straight beam & wheel probe
• Application of special probes
• Simulation inside pipe
• Simulation on fillet weld
• Simulation on welded bead
• Endurance test of flexible array probe

• Air plane wing & body (CFRP)
• Corner of Air plane wing (CFRP)

• Body CFRP
• Brake pad
• Lithium ion battery
• Ultrasonic inspection of a crankshaft #1
• Ultrasonic inspection of a crankshaft #2
• Cast iron: inspection of rough surface
• Cast iron: inspection from cross section

• UT for weld bead
• UT for fillet weld in lap joint
• UＴ for gas cutting surface
• UT for weld bead

• Lithium ion battery (in-situ)
• Lithium ion battery detect & Diagnosis
• Lithium ion battery
• Solar panel battery (internal, electrode)
• Wind mill generator blade (GFRP)

• Lithium ion battery

We introduce ultrasonic inspection of a rough surface of a cast iron (crankshaft) with direct contact.

Our “pencil-type soft probe” made it possible to conduct ultrasonic inspection of stuff that has a variety of shapes like a cast iron (crankshaft).

The detecting surface of “pencil type soft probe” is soft, and it can follow rough surfaces or a test object that has complex shapes. So “pencil type soft probe” is possible to inspect stuff that has properties as described above.

You can watch the movie that we conduct ultrasonic inspection of a horizontal simulation defect with diameter of 3mm on a rough surface of a crankshaft.