Measures the glossiness of metal surfaces to ensure that the finish meets required aesthetic and functional standards.

Tests the tensile, compressive, and bending strength of metal materials to ensure they meet performance standards.

Simulates various temperature and humidity conditions to test how metal parts perform under different environmental factors.

Exposes products like plastic and silicone parts to UV light to test how they degreade or age over time, ensuring the product's longevity and resistance to sunlight.

Measures the hardness of small and thin metal components, ensuring they meet the mechanical strength requirements.

Analyzes the microstructure of metal samples, ensuring the quality of metal production processes by detecting defects or inconsistencies.

Analyzes the elemental composition of metal materials to ensure they meet required chemical properties.

Provides high-precision grinding and polishing of metal surfaces, ensuring smooth finishes and tight tolerances.

Test the corresion resistance of metal parts by exposing them to a saline environment, ensuring long-term durability, especially for components exposed to trash conditions.

Ensures the precise measurement of metal parts by weighing them with high accuracy to verify they meet mass specifications.

Simulates rapid temperature changes to test the durability of materials like glass and metal parts, ensuring they can withstand extreme thermal stresses.

Provides a non-destructive method to inspect the internal structure of metal, plastic, or aasembled components, ensuring there are no defects like cracks, voids, or any inconsistencies.

Measures the tensile strength of cable terminals to ensure they meet mechanical stress and durability requirements.

Evaluates the elasticity and tensile strength of materials such as silicone used in cables or seals, ensuring they can withstand stretching and return to their original form.

Uses advanced imaging technology to inspect cables for surface defects, ensuring quality and consistency.

Tests the moisture content in cable materials, ensuring optimal insulation and preventing degradation.

Measures the flow rate of melted materials used in cable insulation, ensuring consistency in material quality.

Simulates high-temperature conditions to test the thermal resistance and durability of cable insulation materials.

Measures the tensile strength of cables using ultrasonic technology to ensure they meet performance specifications.

Tests the vulcanization quality of rubber materials used in cable insulation, ensuring proper curing and material integrity.

Provides precise optical measurements of cable components, ensuring they meet dimensional specifications.

Measures the geometric dimensions of cable components, ensuring high precision in the manufacturing process.

Uses blue light technology to scan and measure cable components, ensuring dimensional accuracy and detecting surface defects.

Measures the surface profile of cables and components, ensuring smooth finishes and adherence to design specifications.