Wuxi Sonos Tech Co., Ltd.

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Due to frequent clinical use, long-term operation and repeated bending of the cable, this type of probe may experience cable aging, signal interruption and image quality issues. MYPRO received a GE ML6-15-D ultrasound probe from a global medical equipment service partner for inspection and repair. After professional diagnosis and component-level repair, the probe successfully passed electrical testing and ultrasound imaging verification. Probe Information Brand: GE Healthcare Model: ML6-15-D Probe Type: Linear Array Ultrasound Probe Application: Vascular / Small Parts / MSK Examination Service Required: Ultrasound Probe Repair & Cable Replacement Fault Symptoms During initial inspection, the customer reported the following issues: Intermittent image signal during scanning Unstable image performance Cable aging and damage near the bending area Potential signal loss caused by internal cable failure After receiving the probe, MYPRO engineers performed a comprehensive diagnostic inspection to identify the failure source. Before & After Repair Diagnostic Process 1. External Inspection The probe housing, lens surface and cable condition were carefully checked. The inspection focused on: Cable appearance Connector condition Housing integrity Lens surface condition 2. Electrical Testing Professional testing equipment was used to evaluate the probe’s electrical performance. The engineering team checked: Signal transmission stability Element performance Internal connection status The test results indicated that the cable assembly required replacement. Repair Solution Cable Replacement for GE ML6-15-D Probe Based on the diagnostic results, MYPRO performed a professional cable replacement procedure. The repair process included: Step 1: Precision Disassembly The probe was carefully disassembled to access the internal connection structure while protecting sensitive components. Step 2: Cable Replacement The damaged cable assembly was removed and replaced with a compatible high-quality replacement component. Step 3: Internal Connection Inspection Engineers checked the connection points between the cable and acoustic module to ensure stable signal transmission. Step 4: Sealing and Assembly After repair completion, the probe was reassembled and sealed according to professional repair standards. Performance Testing After Repair After the repair process, the GE ML6-15-D probe underwent multiple quality inspections. Testing included: Electrical Performance Test Verification of signal transmission and element performance. Water Bath Test The probe was tested in a water bath environment to evaluate acoustic performance. Ultrasound System Imaging Test The repaired probe was connected to the ultrasound system for real-time image verification. The probe successfully restored stable imaging performance. Repair Result After professional repair: ✅ Cable function restored ✅ Stable signal transmission achieved ✅ Ultrasound image quality verified ✅ Probe returned to customer for clinical use Why Choose MYPRO for Ultrasound Probe Repair? As a professional ultrasound probe repair manufacturer, MYPRO provides component-level repair solutions for global medical equipment distributors, repair companies and ultrasound service providers. Our capabilities include: Repair solutions for major ultrasound brands Component-level probe repair Cable replacement Lens replacement Acoustic module repair Professional testing and quality verification With independent acoustic technology development capability and experienced engineers, MYPRO supports customers worldwide with reliable ultrasound probe repair solutions. Need GE ML6-15-D Probe Repair Support? If you have a damaged GE ML6-15-D or similar ultrasound probe, send us the probe model and fault description. Our engineers will evaluate the possible repair solution. Contact MYPRO for Ultrasound Probe Repair Assessment

1. Probe Model: GE RIC5-9-D 2. Fault Detection Results: Outer skin color of the cable changed Skin color of crystal side strain relief changed Oil leaking ​3. Repair Parts Dome replacement 4. Before Repair & After Repair

1. Probe Model: GE 9L-D 2. Fault Detection Results: Lens detachment 2 elements weak, 7 elements dead 3. Repair Parts Lens replacement 4. Before Repair & After Repair Click to view more MYPRO news!

1. Probe Model: GE 3Sc-RS 2. Fault Detection Results: Crystal case wear 4 elements weak for echo test ​3. Repair Parts Crystal replacement 4. Before Repair & After Repair Click to view more MYPRO news!

1. Probe Model: Aloka UST-9124  2.Fault Detection Results: Lens fall 34 elements dead 3. Repair Parts Crystal 4. Before Repair & After Repair Click to view more repair cases

1. Probe Model: Sonoscape VC6-2 2.Fault Detection Results: Color of the outer skin of cable changed;  26 elements weak for capacitance test 3. Repair Parts Crystal 4. Before Repair & After Repair

1. Probe Model: Philips L12-3 for HD6 2.Fault Detection Results: Color of the outer skin of cable changed;  Strain relief for crystal side broken;  Lens broken 3. Repair Parts Crystal Lens Strain Relief of Crystal Side 4. Before Repair & After Repair

1. Probe Model: Philips C5-1 for CX50 2.Fault Detection Results: No lens;  Color of the outer skin of cable changed;  Color of the strain relief for crystal side changed;  The capacitance test shows 5 elements weak, 3 elements weak without crystal;  2 elements weak and 2 elements missing for echo test;  There is interference when pressing the crystal during operation on machine, and the image changes when twisting the cable 5 cm away from crystal. ​3. Repair Parts Crystal Cable Strain Relief of Crystal Side 4. Before Repair & After Repair

1. Probe Model: Toshiba PVM-375AT for SSA-550A 2.Fault Detection Results: Crystal housing craze Outer skin of cable is aging and turning yellow, severely hardening Lens is aging There is dark area and obvious interference in air scan image ​3. Repair Parts Crystal Cable Crystal case and housing Strain Relief of Crystal Side 4. Before Repair & After Repair