Bakelite Jig/Customizable Products/Factory Direct/‌Precision Size Control

Bakelite Jig / Precision CNC Machining / Customizable / Factory Direct Shipping Material: The commonly used material is Bakelite (also known as phenolic resin board), which has high strength, excellent electrical insulation, heat resistance, and corrosion resistance. We can customize Bakelite materials in various thicknesses and performances according to customer requirements. Production Process: The Bakelite jigs are processed with advanced CNC machining equipment, ensuring precise dimensions. The processes of cutting, drilling, and polishing ensure that each jig's structure meets requirements. The post-processing surface treatment enhances durability and aesthetic appeal. Precision Achievable: We can control the dimensions with precision up to ±0.02mm, ensuring that every Bakelite jig perfectly meets customer requirements and can handle high-precision machining needs. Dimensions and Shapes: The dimensions and shapes of Bakelite jigs can be customized based on customer needs. Common size ranges from 50mm to 500mm, and shapes include rectangular, round, U-shaped, etc. We can design different jig shapes based on customer process requirements. Burr Control: With high-precision CNC machining technology, we ensure that the edges of each jig are burr-free. We also use professional deburring processes to ensure smooth and safe edges. Surface Smoothness: The surface smoothness of the Bakelite jig meets the GB/T 2494-2017 standard, ensuring no scratches, even surface, and compliance with precision machining requirements. Material Thickness: The thickness of the Bakelite material can be customized according to customer needs, with a common thickness range from 2mm to 20mm. Thickness control accuracy is up to ±0.02mm. Error Control: Using precise CNC equipment, the error range is strictly controlled within ±0.02mm, ensuring the quality of each Bakelite jig meets the required standards.

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CNC Double-Headed External Hexagon Screw/Customizable Products/Factory Direct/‌Precision Size Control

Double-Headed External Hexagon Screws / Precision CNC Processing / Customizable The double-headed external hexagon screw is primarily processed through precision CNC machining, utilizing high-precision CNC equipment for cutting, drilling, tapping, and other operations. Each product undergoes a strict process to ensure precision and consistency. CNC machining enables the production of complex thread patterns and shapes, making it suitable for high-precision customization. Material: This product is made from high-strength carbon steel, alloy steel, stainless steel, and other materials to meet different environmental and application requirements. The copper content, hardness, corrosion resistance, and other characteristics of the material can be customized according to customer requirements. Material Grade/Requirements: Based on application needs, material grades include but are not limited to: Carbon Steel (e.g., AISI 1018, 1045) Stainless Steel (e.g., 304, 316) Alloy Steel (e.g., AISI 4140) High-strength Materials (e.g., 16Mn, 45# steel) Surface Treatment: We offer various surface treatments, such as galvanizing, electroplating, oxidation, and phosphating, to enhance the corrosion resistance, wear resistance, and aesthetic appearance of the screws: Galvanizing: Provides corrosion resistance, ideal for outdoor environments. Electroplating: Enhances appearance and corrosion resistance. Oxidation: Suitable for high corrosion resistance requirements. Tolerance Control: The screw size tolerance is controlled within ±0.01mm, and the thread tolerance conforms to ISO standards to ensure high precision.

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Copper Electrode Tip/Factory Direct/Precision Size Control

Purple Copper Electrodes / Precision CNC / Factory Direct / Customizable Material: This product is made of high-quality purple copper (copper content ≥ 99.9%), which offers excellent conductivity and good corrosion resistance. Purple copper electrodes are widely used in the manufacture of high-precision electrical equipment and electronic products, effectively enhancing product performance and extending service life. Manufacturing Process: The primary manufacturing process is precision CNC machining. Using computer numerical control (CNC) technology, fine cutting and engraving are performed. Each product undergoes a strict process flow to ensure precision and consistency in every detail. CNC machining enables the production of complex shapes and high-precision products, making it especially suitable for electrode production. Quality Control Standards: 1.Material Inspection: Every batch of purple copper material undergoes strict chemical composition and physical property testing to ensure it meets industry standards. 2.Dimension Control: Precision is controlled within ±0.01mm to ensure high accuracy and consistency in the machining dimensions. 3.Surface Quality: The surface is free of significant scratches, rust, or other defects, with smoothness reaching Ra0.4 or below. 4.Electrical Performance: Conductivity ≥ 98% IACS, meeting high conductivity requirements. Surface Treatment: We offer various surface treatment options, including plating, polishing, oxidation, and more, to meet the requirements of different applications and enhance electrode durability and corrosion resistance.

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Stainless Steel Etched Stencil Plates for Electrode /Customizable Products/Factory Direct/‌Precision Size Control

Stencil Plates/Precision Etching/Custom Manufacturing/Factory Direct Shipping We utilize advanced etching technology to provide high-precision stainless steel stencil plates for our customers. These products are widely used in precision manufacturing, electronic components, semiconductor packaging, microelectronics, and other fields. Our stencil plates can be customized according to customer specifications, supporting various sizes, hole diameters, hole pitches, shapes, and material thicknesses to ensure that the products meet international standards in terms of accuracy and durability. Material: Stainless Steel: Known for its excellent corrosion resistance, high strength, and high-temperature performance, stainless steel is ideal for precision machining applications that demand high standards. Production Process: Stainless steel stencil plates are manufactured using a precision etching process, where chemical corrosion methods are employed to remove unnecessary metal parts while finely retaining the design patterns. Advantages of this process include: High Precision: Capable of processing micron-level details, ensuring the hole diameters, hole pitches, and shapes meet the design requirements. No Thermal Deformation: Avoids thermal distortion seen in traditional machining processes, ensuring consistency and stability of the products. Mass Production: Suitable for large-volume production, ensuring uniformity across batches. Deburring Control: Advanced deburring technology ensures smooth edges to avoid affecting subsequent processes. High Hole Precision: Hole diameter and pitch can be precisely controlled, with error margins meeting industry standards. Surface Treatment: Sandblasting, Brushing, Plating: These surface treatments improve the surface quality and corrosion resistance of the stencil plates.

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Stainless Steel Laser Cut Stencil and Etching stencil /Customizable Products/Factory Direct/‌Precision Size Control

Stencil Plates/Precision Etching/Custom Manufacturing/Factory Direct Shipping We utilize advanced etching technology to provide high-precision stainless steel stencil plates for our customers. These products are widely used in precision manufacturing, electronic components, semiconductor packaging, microelectronics, and other fields. Our stencil plates can be customized according to customer specifications, supporting various sizes, hole diameters, hole pitches, shapes, and material thicknesses to ensure that the products meet international standards in terms of accuracy and durability. Material: Stainless Steel: Known for its excellent corrosion resistance, high strength, and high-temperature performance, stainless steel is ideal for precision machining applications that demand high standards. Production Process: Stainless steel stencil plates are manufactured using a precision etching process, where chemical corrosion methods are employed to remove unnecessary metal parts while finely retaining the design patterns. Advantages of this process include: High Precision: Capable of processing micron-level details, ensuring the hole diameters, hole pitches, and shapes meet the design requirements. No Thermal Deformation: Avoids thermal distortion seen in traditional machining processes, ensuring consistency and stability of the products. Mass Production: Suitable for large-volume production, ensuring uniformity across batches. Deburring Control: Advanced deburring technology ensures smooth edges to avoid affecting subsequent processes. High Hole Precision: Hole diameter and pitch can be precisely controlled, with error margins meeting industry standards. Surface Treatment: Sandblasting, Brushing, Plating: These surface treatments improve the surface quality and corrosion resistance of the stencil plates.

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Metal Etched Spring Contacts / Etched Contact Discs / Precision Spring Contacts / Etched Spring Contact Sheets

Metal Spring Contacts / Precision Etching / Custom Manufacturing / Factory Direct Shipping We employ advanced etching technology to provide customers with high-precision and durable spring contact products. Metal etching spring contacts are widely used in industries such as electronic components, automotive, home appliances, and more. They are especially suitable for applications requiring high precision, strength, and durability. Our products are customizable to meet different sizes, shapes, thicknesses, and hole rates, ensuring high quality. Material: Stainless Steel: Suitable for high-temperature and corrosive environments, and applications requiring high elasticity and durability. Copper Alloy: Provides excellent electrical conductivity, ideal for electronic components and high-frequency current applications. Brass: Offers good machinability and elasticity, commonly used in precision contact parts. Aluminum Alloy: Lightweight with high strength, suitable for applications requiring lightweight and high conductivity. Manufacturing Process: Metal etching spring contacts are produced using a precision etching process. This process uses chemical etching to remove unnecessary metal and finely retain the desired shapes and apertures. The process offers the following advantages: High Precision: Capable of processing micron-level details to ensure that the size, aperture, shape, and hole accuracy of the spring contacts meet design specifications. No Thermal Deformation: Avoids thermal deformation seen in traditional machining, ensuring product consistency and stability. Mass Production: Suitable for large-volume production, ensuring stable quality across batches. Burr Control: Advanced burr removal processes ensure smooth edges without burrs. Accuracy Control: Aperture and pitch deviations can be controlled within ±0.1mm, ensuring precise hole effects.

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Fork Contact Electrodes/ Micro Fork Electrodes/Customizable Products/Factory Direct

Product Description: Etched Fork Electrode / Precision Etching / Customizable / Direct from Factory We utilize advanced etching technology to provide high-precision fork electrodes. These fork electrodes are widely used in fields such as semiconductors, electronic components, touch screens, sensors, and more. Our fork electrode products can be customized based on customer requirements, offering various sizes, shapes, thicknesses, and hole densities. With our fine manufacturing processes, we ensure each electrode’s shape and dimensions meet high standards to meet rigorous application requirements. Stainless Steel: Suitable for applications requiring high strength and corrosion resistance, commonly used in high-temperature and corrosive environments. Copper Alloy: Provides excellent electrical conductivity, ideal for electronic components and high-frequency current applications. Brass: Known for good electrical conductivity and ease of machining, commonly used in precision electronic components. Aluminum Alloy: Lightweight with high strength, ideal for applications requiring both lightness and high conductivity. Manufacturing Process: The fork electrodes are produced using precision etching technology, where chemical etching removes unwanted metal parts while carefully retaining the design pattern. This process offers the following features: High Precision: Capable of processing micron-level details, ensuring precise shapes and hole diameters of the fork electrodes. No Heat Deformation: Unlike traditional mechanical machining, the etching process avoids heat deformation, ensuring product stability and consistency. Mass Production: Suitable for large-scale production, ensuring consistency across batches. Burr Control: Advanced deburring processes ensure smooth, burr-free surfaces for the electrodes. Hole Accuracy: The hole diameter control is highly precise to meet different hole size requirements.

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