Metal 3D printing services for shipbuilding

NegotiableUpdate on 02/01

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Nature of the Manufacturer: Producers

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Overview

Rongsu Technology has mature DED wire feeding additive manufacturing technology, providing fully integrated ship manufacturing metal 3D printing services to meet the needs of customized printing and mass production of components. We have a professional process research and development team that flexibly selects materials and printing solutions according to user needs, improves material utilization, and enhances product stability. At the same time, we continuously expand the types of materials and have mastered the DED additive manufacturing process for carbon steel, stainless steel, aluminum alloy, titanium alloy, magnesium alloy, nickel based alloy, copper and other materials to meet a wider range of industry demands.

Product Details

Rongsu Technology has mature DED wire feeding additive manufacturing technology, providing full process integrationshipbuildingMetal 3D printing servicesMeet the customized printing and mass production needs of components. We have a professional process research and development team that flexibly selects materials and printing solutions according to user needs, improves material utilization, and enhances product stability. At the same time, we continuously expand the types of materials and have mastered the DED additive manufacturing process for carbon steel, stainless steel, aluminum alloy, titanium alloy, magnesium alloy, nickel based alloy, copper and other materials to meet a wider range of industry demands.

Integrated ship manufacturing throughout the entire processMetal 3D printing services

1. Material confirmation: Select appropriate metal welding wire materials based on mechanical performance requirements

2. Model modification: Modify the model of the additive raw material state of the part

3. Slice compilation: Plan the slicing path of the model, determine the additive process parameters, and export the printing path program

4. Additive Manufacturing: Start additive manufacturing of parts based on the printing path set for the parts

5. Heat treatment: (Some materials require) parts undergo heat treatment to remove internal thermal stress or optimize mechanical properties

7. Quality inspection: Check the quality of parts to ensure that they meet the acceptance requirements

6. Machining: Machining parts to meet dimensional accuracy requirements

8. Delivery: Complete the delivery of finished products

Finished Product Display

Laser wire feeding can print materials

Carbon steel: ER70S, ER90S, ER110, ER120S

Stainless steel: 17-4 ER316L、ER430、ER308L、ER304、ER2209、ER2594

Titanium alloy: TC4, TA15

Nickel based alloys: GH4169, IN625

Hot work mold steel: H13

Arc additive printable materials

钢: ER70S、ER80S、ER90S、ER110S、ER120S

Stainless steel: ER308, ER308L, ER316L, ER321, ER430, 17-4 (ER630), HS410NiMO, HSCr9MoC

Dual phase stainless steel: 2209, 2594

Aluminum alloy: 205A, 205C, 2319, 4043, 5356, 6063, 7075, AIMg6

Titanium alloy: TC4

Nickel based alloys: GH4169 (718), 625

Copper alloy: CuAI9Ni5, 6100

Magnesium alloy: AZ31