TECHNICAL SUPPORT

AUTOMATIC TERMINAL PRODUCTION LINE REFERS TO A FULLY AUTOMATED MANUFACTURING SYSTEM DESIGNED FOR THE PRODUCTION OF ELECTRICAL TERMINALS. THIS LINE INTEGRATES VARIOUS MACHINES AND PROCESSES TO ENSURE EFFICIENT AND CONSISTENT PRODUCTION.

BENDING MACHINING IS A FORMING PROCESS THAT INVOLVES DEFORMING METAL SHEETS OR BARS TO CREATE SPECIFIC ANGLES AND SHAPES WITHOUT REMOVING MATERIAL.

BRAIDER IS A MACHINE USED TO INTERTWINE STRANDS OF MATERIAL, SUCH AS WIRE OR FIBER, TO CREATE BRAIDED PRODUCTS. THIS PROCESS IS COMMONLY USED IN INDUSTRIES LIKE TEXTILES, CABLE MANUFACTURING, AND COMPOSITES.

CUTTING MACHINE IS EQUIPMENT DESIGNED TO CUT MATERIALS INTO SPECIFIC SHAPES AND SIZES, COMMONLY USED IN MANUFACTURING AND FABRICATION PROCESSES.

EDM, OR ELECTRICAL DISCHARGE MACHINING, IS A NON-CONTACT MACHINING PROCESS THAT USES ELECTRICAL DISCHARGE TO REMOVE MATERIAL FROM A WORKPIECE. THIS METHOD IS PARTICULARLY EFFECTIVE FOR MACHINING HARDENED MATERIALS AND COMPLEX SHAPES.

GRINDING MACHINING IS A MANUFACTURING PROCESS THAT INVOLVES REMOVING MATERIAL FROM A WORKPIECE TO ACHIEVE DESIRED DIMENSIONS AND SURFACE FINISHES USING ABRASIVE TOOLS,PRIMARILY GRINDING WHEELS.

Shenzhen Wanda-An Precision Technology Co., Ltd. is a subsidiary of Hubei Yixing Intelligent Equipment Co., LTD. WANDA-AN was Established in July 2001,The factory covers the areas of 8,500㎡, which located in Bao’an District, Shenzhen City, China.

MILLING MACHINE IS A PRECISION MACHINING TOOL USED TO REMOVE MATERIAL FROM A WORKPIECE BY FEEDING IT PAST A ROTATING CUTTING TOOL. THIS PROCESS IS COMMONLY USED IN METALWORKING AND OTHER MANUFACTURING APPLICATIONS.

PUNCHING MACHINE IS A TYPE OF MACHINE TOOL USED TO CREATE HOLES OR CUT SHAPES IN SHEET METAL OR OTHER MATERIALS THROUGH THE APPLICATION OF FORCE USING A PUNCH AND DIE SETUP.

STAMPING IS A MANUFACTURING PROCESS THAT INVOLVES PLACING FLAT SHEETS OF METAL INTO A STAMPING PRESS,WHERE VARIOUS TOOLS AND DIES ARE USED TO SHAPE THE MATERIAL.

RIVETING MACHINE IS A TYPE OF MACHINING EQUIPMENT USED TO JOIN TWO OR MORE MATERIALS TOGETHER BY INSERTING RIVETS. THIS PROCESS IS COMMONLY USED IN METALWORKING AND CONSTRUCTION.

A CCD detector is an instrument that uses a CCD component to detect the appearance of an object through a display.

A TAPPING MACHINE IS A MACHINING DEVICE USED TO CREATE INTERNAL THREADS, SCREWS, OR THREAD FITTINGS ON THE INNER SURFACES OF HOLES IN VARIOUS PARTS, SUCH AS MACHINE HOUSINGS, EQUIPMENT END FACES, NUTS, AND FLANGE PLATES, WHICH HAVE DIFFERENT SPECIFICATIONS FOR THROUGH HOLES OR BLIND HOLES.

THE COORDINATE MEASURING MACHINE HAS GAS SOURCE BRAKE SWITCHES AND FINE ADJUSTMENT DEVICES ON ALL THREE AXES, ENABLING PRECISE SINGLE-AXIS TRANSMISSION, AND USES A HIGH-PERFORMANCE DATA ACQUISITION SYSTEM. IT IS APPLIED IN PRODUCT DESIGN, MOLD EQUIPMENT, GEAR MEASUREMENT, BLADE MEASUREMENT, MECHANICAL MANUFACTURING, TOOLING FIXTURES, AUTOMOTIVE MOLD COMPONENTS, ELECTRONICS, AND OTHER PRECISION MEASUREMENTS.

turning lathe is a machine tool used for shaping materials, typically metal or wood, by rotating the workpiece against a cutting tool.

CNC machine (Computer Numerical Control machine) is an automated machine tool that uses computer programming to control its movements and operations.

The film thickness measuring instrument is suitable for accurate thickness measurement of various materials within the plastic film range. Whether the thickness of packaging materials such as film is uniform is the basis for testing various properties of the film. Uneven film thickness will not only affect the tensile strength and barrier properties of the film, but will also affect the subsequent processing of the film.

Shenzhen Wanda-An Precision Technology Co., Ltd. is a subsidiary of Hubei Yixing Intelligent Equipment Co., LTD. WANDA-AN was Established in July 2001,The factory covers the areas of 8,500㎡, which located in Bao’an District, Shenzhen City, China.

A tensile tester is an instrument used for tensile testing, primarily applied to non-metallic materials such as tape, rubber, plastic, sponge foam, waterproof materials, wires and cables, textiles, nets, and non-woven fabrics, as well as to metallic materials like wire, foil, sheet metal, and metal rods. It serves as a powerful tool to assist industries in improving quality.

The Vickers hardness test is primarily used in materials research and scientific experiments. Low-load Vickers hardness testing is mainly for assessing the hardness of small precision parts, the hardness of surface hardened layers and the depth of effective hardening, surface hardness of coatings, hardness of thin materials and fine wires, hardness near cutting edges, and hardness of dental materials. Due to the low test force, the indentations are also small, allowing the appearance and performance of the sample to remain unaffected. Micro Vickers hardness testing is mainly used in metallurgical and materials science research to determine the hardness of various phases in metal microstructures and to study the brittleness of refractory compounds. It is also applicable for testing very small or extremely thin parts, with thicknesses as low as 3 μm.

The dielectric strength tester, also known as the insulating oil dielectric strength tester or insulating oil tester, is one of the routine tests for the electrical performance of oil-immersed high-voltage electrical equipment. Developed in accordance with TS—27—1—78 of the "Testing Methods for the Quality of Insulating Oil" revised by the Ministry of Electric Power, this product features a dry aluminum alloy housing, making it lightweight and portable, suitable for on-site use by power companies and users. Compared to similar products, it offers advantages such as easy operation, high efficiency, and accurate measurements, making it an ideal testing instrument for testing personnel.

The testing of the high-temperature resistance of electroplated coatings is used to ensure that they do not undergo color changes, flaking, or other issues in extremely high-temperature environments. This is commonly applied to engine components, furnace equipment, and other high-temperature scenarios. Testing instruments include high-temperature aging boxes and thermal shock test chambers, which simulate high-temperature conditions to evaluate the heat resistance of the electroplated coatings.