Delivery System

Material Incoming

Upon receiving materials from the logistics team, our warehouse staff conducts a thorough visual inspection of the manufacturers’ trademark, part number, lot number, quantity, label, and packaging. They then use instruments to verify the authenticity of the original label print and markings. Once everything is verified, the materials are approved for entry into our warehouse, and photographic records are made.

Quality is NON-NEGOTIABLE

We are unwavering in our commitment to quality standards. Meeting your production schedule is meaningless if the products aren't authentic. Redefined end-to-end quality management systems protect you by thoroughly vetting and regularly reevaluating suppliers. Our rigorous inspection and testing systems ensure that counterfeit components never enter your supply chain.

Material Storage

We ensure that stored parts are in good condition by regularly confirming the integrity of their packaging. Materials are vacuum-packed with humidity indicators inside each package. For traceability, we apply our company-specific labels to the outside of the packages. We meticulously categorize and store materials based on their categories, performance, features, and uses.

Material Delivery

The finance department approve and confirm the delivery. Warehouse double verify the package and status when the parts leave, and input relevant information in our system, then make a release sheet. Inform the salesmen to recheck the parts after finishing the list, and arrange freight express without any problem. Carefully packed the materials with air pocket and bubbles inside the package box to avoid any damage during the transit.

SUBSTANDARD AND COUNTERFEIT DETECTION

  • Documentation and Packaging Inspection.
  • Scanning Electron Microscopy (SEM).
  • Scanning Accoustic Microscopy (SAM).
  • Environmental Exposure (Temperature And Humidity).

LIFECYCLE AND RELIABILITY TESTING

  • Salt Spray Test.
  • DC/AC functionality.
  • Electrical Overstress Testing.
  • With our work, we helped write the standards.

Quality Testing System

External Visual Inspection

The first, and most essential step for any component evaluation is visual inspection process. The procedure and acceptance standards have been developed in order to detect and report evidence of remarking, resurfacing, and refurbishing marking permanency. Resistance to solvents, resurfacing, dimension verification, marking code matching, high-power magnification inspection of body and terminal condition are standard methods within our inspection process. All inspections and observations are reviewed by Quality Engineers to evaluate whether we are seeing a new counterfeiting technique.

Decapsulation

A destructive test that removes the insulation material of the component to reveal the die. The die is then analyzed for markings and architecture to determine traceability and authenticity of the device, Magnification power of up to 1,000x is necessary to identify die markings and surface anamolies. Qur decapsulation report includes analysis of the die markings and topography to clarify what is verified versus still unverified about a device. We do not only send images and leave the analysis up to you.

Solderability Testing

The solderability test for electronic components plays a vital role in ensuring the reliability and longevity of electronic products. This test evaluates the ability of component leads, terminals, and other solderable surfaces to form a strong, effective bond with solder. Poor solderability can lead to weak connections, resulting in product failures, costly rework, and reduced overall performance.By conducting solderability tests, manufacturers can identify and address any potential issues early in the production process, improving product quality and reducing the risk of defects in the final assembly.

Electrical Testing

Electrical testing, significantly curve tracing, play a crucial role in ensuring the reliability and performance of electronic components. By analyzing the current-voltage characterstics of a component, curve tracing aids in detecting defects, verifying proper functioning, and identifying potential issues before they escalates. This proactive approach to qaulity control minimizes the risk of product failures, and reduces costly recalls.

Functional Test

Functional tests measure published datasheet or source control document specifications including DC & AC parameters. DC test parameters are typically specified in Volts, Amps or Ohms. DC Testing insures proper device operation - acceptable power consumption, basic functionality, verifies data sheet parameters, etc. It provides a reasonable Cost/Benefit trade-off when at least one data sheet parameter needs to be measured to verify functionality. Combined DC & AC testing provides the most reliable test results and include a comprehensive set of parameters to verify device functionality.