At Dingmetal, we understand that quality is the foundation of a company’s survival. Therefore, we are equipped with a range of advanced quality inspection equipment to ensure that every product we produce meets our customers’ high standards. Below are our main quality control devices and their functions:
The Tensile Tester is used to measure the tensile strength and fracture point of materials. By conducting tensile tests on samples, we can provide critical data regarding material performance, ensuring that the materials used meet specific strength and toughness requirements.
Our Spectrometer is used to analyze material composition, ensuring that the materials used meet industry standards and customer requirements. It can quickly and accurately identify alloy components, providing important data support for material selection and quality control.
The Hardness Tester is an important device used to measure the hardness of materials, helping to evaluate the performance of materials during use. By testing the hardness of samples, we can ensure that the materials used meet customer requirements and make adjustments as necessary.
The Salt Spray Tester is used to test the resistance of materials and coatings in corrosive environments. By simulating a salt spray environment, this device helps us assess the corrosion resistance of products, ensuring they meet customer requirements for environmental adaptability.
The Shadow Projector is used to inspect the appearance and dimensions of components. This device projects the outline of the product, allowing operators to quickly identify shape deviations and dimensional non-conformities, thereby improving inspection efficiency.
The Roughness Tester measures the surface roughness of materials. By analyzing surface characteristics, we can ensure the machining quality of components, meeting customers’ strict requirements for surface finish.
The Compression Tester measures the reaction of materials under load. By conducting compression tests on samples, we can understand material performance under different loads, ensuring material reliability in practical applications.
The Keyence Laser Measurement System is a high-precision non-contact inspection device that can quickly and accurately measure product dimensions and shapes. This system is especially suitable for quality control in mass production, ensuring that every product meets stringent quality standards before leaving the factory.
The Coordinate Measuring Machine (CMM) is the core device in our quality control process. It can accurately measure the geometric shape and dimensions of components in three-dimensional space, ensuring that every product meets design specifications. Whether dealing with simple geometric shapes or complex surfaces, the CMM provides high-precision measurement results, helping us identify potential quality issues in a timely manner.
The Thickness Gauge is used to measure the thickness of coatings and films, ensuring that coatings are within specified ranges, thus guaranteeing the protective performance and lifespan of the products.
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