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Labortary

KingTeam demonstrates exceptional technical integration capabilities in the field of product verification.
To meet the quality verification needs of customized products, we have not only established a complete set of standard testing equipment but also assembled a professional R&D team capable of independently developing proprietary inspection systems that are not commercially available. This unique advantage enables us to overcome common verification bottlenecks in the industry and ensure that every product meets stringent specification requirements.

 

 

Leak Test

KingTeam is equipped with a wide range of professional leak testing systems, capable of performing high-pressure hydrostatic, pneumatic, and vacuum tests to ensure products remain leak-free under extreme pressure conditions.
All tests are conducted in accordance with international standards, with rigorous quality control applied from the design stage through mass production. This approach enhances product safety and reliability, meeting the stringent quality demands across various industries.

leak test

 

 

leak test

Environmental Test

Our lab is equipped with thermal chambers and safety compliance instruments to simulate extreme environmental conditions—including heat, cold, and pressure. We conduct rigorous testing across dimensions, temperature, humidity, and electrical safety to ensure product performance and durability. All tests are aligned with international standards, helping clients validate product reliability in real-world applications.

 

 

Integrated Electrical Control Development

KingTeam offers end-to-end capabilities in electrical control development—including circuit design, electromechanical integration, and custom test software. We tailor human-machine interfaces and automated testing workflows to meet specific client needs. Backed by a skilled R&D team and innovative technologies, we help optimize product performance, enhance production efficiency, and improve data management across diverse applications.

leak test

 

 

leak test

Electromagnetic Winding

Electromagnetic winding is a key process that involves precisely winding conductive wire (such as enameled copper wire) according to specific specifications to form electromagnetic coils. This technique is widely used in the manufacturing of precision components such as LVDT displacement sensors and electromagnetic coils. Through strict wire inspection and winding process control, the quality and uniformity of the coils are ensured—directly impacting the final product’s electrical performance, accuracy, efficiency, and reliability.

 

 

Leak Tests Series

  • Aerospace Hydraulic Test Bench
  •  Armored Vehicle Hydraulic Test Bench

  • Manual Hydraulic Pump

  • Water Pressure Boosting System

  • Pump (for Semiconductor Cleaning Equipment)

  • Nitrogen Pressure Boosting System

  • Helium Leak Testing

  • Single Vacuum Testing

 

Electrical Control Development Capability

Electrical Control (Electronic Hardware)

  • Electrical Control (Electronic Hardware)
  • Electronic Circuit Design
  • Microcontroller Application Design

  • Circuit Layout (Single-layer / Multi-layer PCB)

  • Brushless DC Motor Driver Circuit Design

  • Electromechanical System Integration

 

Electronic Software

    • Human-Machine Interface (HMI)
    • Software Programming

    • Electronic Circuit Design

    • Electromechanical Integration


 

Electromagnetic Winding

Winding Machine

Single-Axis Winding

  • Wire Diameter Range: 0.1–0.7 mm

  • Shaft Length Range: 5–100 mm

 

Environmental  Test

Potentiometer Test Bench

AC/DC Power Supply Test Bench Test Stroke: 400 mm

 

Thermal Chamber

    • Test Space: 100 x 100 x 80 cm (Note: Test object must occupy no more than 2/3 of the space)
    • Temperature Range: -60℃ to 100℃

    • Temperature Change Time:

      • Heating to 100℃: approx. 15 minutes

      • Cooling to -60℃: approx. 60 minutes

 

Safety Compliance Testing

Test Items: 

 

AC/DC Withstand Voltage, Insulation Resistance Testing, AC Ground Bond Testing

 

Test Specifications:

  • Insulation Resistance Measurement: 50 GΩ
  •  Test Capacity: 500 VA

  • AC Withstand Voltage: 5 kV / 100 mA

  • DC Withstand Voltage: 6 kV / 20 mA

  • Output Voltage Range: 0.100 kV ~ 5.000 kVac