Power supplies

Supply of new or remanufactured power supplies.

Types of Electromedical Power Supplies:

1. AC/DC power supplies:

  • Used in equipment such as multiparameter monitors and ultrasound scanners.

2. Switching power supplies:

  • Which use a switching circuit to regulate voltage and current, offering energy efficiency.
  • Commonly used on portable and battery-powered devices because they are lightweight and compact.

3. Linear Power Supplies:

  • Usage: Often used in equipment that requires a very stable voltage.

Regeneration of power supplies for electromedical equipment:

The remanufacturing of medical power supplies is an important process to extend the service life and ensure the safety and reliability of these critical components. Here is an in-depth discussion on the topic.

What is Medical Feeder Regeneration?

Medical power supply remanufacturing involves repairing and restoring the functionality of an existing power supply to an optimal operational state. This process may include replacement of damaged components, cleaning, and calibration.

Stages of Regeneration:

1. Diagnosis of the Problem:

  • Visual Inspection: Check the power supply for visible damage, signs of overheating, or burned components.
  • Functional Testing: Use tools to check whether the power supply is providing the correct voltage and current.

2. Rirepair and Replacement:

  • Replacement of Components: Remove and replace defective components such as capacitors, diodes, or integrated circuits.
  • Troubleshooting: Repair any compromised internal circuits and test the device again.

3.Calibration:

  • Ensure that the power supply produces the specified voltages and currents through precise calibration.

4. Post-Regeneration Test:

  • Perform extensive testing to ensure that the power supply is working properly and meets safety standards.

5.Documentation:

  • Record all operations performed and test results to ensure traceability and compliance.

Benefits of Regeneration:

  • Economic Savings: Repairing power supplies instead of replacing them completely can reduce operating costs.
  • Sustainability: Remanufacturing helps reduce e-waste by promoting greener practices.
  • Reliability: Restoring worn power supplies ensures that they continue to operate safely and efficiently.