3D Print Electroplating Services
About 3D Print Plating
Expert 3D Print Electroplating Services
Titan Plating provides expert electroplating services for 3D-printed parts, enhancing functionality and aesthetics across industries like aerospace, automotive, medical, and telecommunications. Our tailored solutions ensure high-quality results for your additive manufacturing needs.
Why Electroplating 3D-Printed Parts?
Electroplating enhances 3D-printed parts by adding metallic properties, offering a cost-effective alternative to expensive metal 3D printing. Our services deliver:
Enhanced Durability
Electroplating strengthens polymers like plastic with a metallic layer, improving wear resistance and durability for more robust applications.
Improved Conductivity
By applying highly conductive metals like silver or copper, we enhance the electrical and thermal conductivity of 3D-printed parts, including non-conductive plastics, for superior performance.
Superior Corrosion Resistance
Our electroplating creates a protective barrier, increasing resistance to corrosion and enabling parts to withstand harsh environments.
Greater Temperature Resistance
Metals like nickel or stainless steel are electroplated onto low-heat-resistant materials, improving their ability to endure high temperatures without deformation.
Our Electroplating Process for 3D Prints
Titan Plating’s precise electroplating process accommodates both metal and non-metal 3D-printed substrates, with tailored pretreatment for optimal results.
Pretreatment for Metal Substrates
Metal substrates undergo advanced cleaning and activation to remove contaminants, ensuring strong adhesion for the electroplating process.
Pretreatment for Non-Metal Substrates
Non-conductive substrates, like plastics, require specialised preparation:
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Surface Cleaning: Removes dirt and contaminants, followed by chemical etching to enhance adhesion.
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Conductive Layer Application: A thin layer of copper or nickel is applied to enable effective metal deposition.
Final Electroplating Process
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Setup: The 3D-printed part (cathode) and plating metal (anode) are placed in an electrolyte bath with a direct current power source.
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Immersion: The part is submerged, completing the electrical circuit for metal deposition.
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Plating: Precise current calculations ensure even coating, avoiding issues like uneven deposition or inadequate coverage.
Titan Plating’s Expertise in 3D Print Electroplating
Titan Plating offers specialised electroplating for 3D-printed parts, delivering fast turnaround and reliable solutions:
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Material Compatibility: We plate materials like ABS, polycarbonate, and resins with metals such as gold, nickel, and silver for optimal performance.
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Custom Coatings: Tailored solutions meet specific needs, such as corrosion resistance or conductivity.
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Specialised Services: From prototyping to production runs, we ensure consistency for your industrial projects.
Choose Titan Plating for Your 3D Print Electroplating
Titan Plating stands out as a leader in electroplating, offering innovative solutions for 3D-printed parts across multiple industries. Our commitment to quality and precision ensures your parts meet the highest standards. We also provide consulting services to help you select the ideal electroplating process for your needs.
Get in touch with Titan Plating
Whether you need expert advice or a custom quote, our team is here to help. Reach out today to discuss your project.