Metal 3D Printing
Metal 3D Printing Service

Metal 3D Printing by SLS Rapid Prototyping

Do you want to get accurate metal models with high efficiency? SLS rapid prototyping would be one of the most ideal 3D printing technologies for you. It uses metal powder to create low and medium-volume metal parts with durability and accuracy.

At Beska, we offer metal 3D printing by SLS rapid prototyping to create high-performance models and end-use products for companies worldwide. Beska is willing to be your best trustworthy manufacturer in China.

How Does Beska Assist Your Metal Printing Project? (4)

  • Step1-Metal 3D Printing

    After signing the NDA files, you can send the 2D&3D files and the requirements on quantity, material and surface finish to us first. The Beska team will analyze the files and give you an instant quotation for the metal printing project.

  • Step2-Metal 3D Printing

    Once confirming the final quotation, you just need to pay for the order and we will take the rest from design analysis and production. At the same time, the Beska team will keep giveing you the lastest feedback through sending the pictures and videos to you

  • Step3-Metal 3D Printing

    To ensure the quality of the printing parts, we will conduct several quality checks on the parts from the raw material, in-processing, and inspection before delivery.

     

  • Step4-Metal 3D Prining

    After delivery, the Beska team will keep tracking the order and invite you to give feedback to us. We are glad to receive your suggestions to improve our metal printing service.

Metal Printing Parts Gallery

Product Gallery (5)

Related Processing that Beska Offers (3)

  • SLA Rapid Prototyping

    SLA rapid prototyping is one of the common techniques to create high-performance plastic printing components with smooth surface and accuracy.

  • SLS Rapid Prototyping

    SLS rapid prototyping has a wider material range including plastics and metals. The SLS rapid prototypes have broad applications in the industries of medical, automotive, and aerospace.

  • Surface Finishing for Printing Parts

    Except for plastic printing, we also supply an array of surface finishes for the plastic components: polishing, deburring, vapor polishing, black dye, etc.

Beska’s Workshop

Surface Treatment for Prototype CNC Machining Parts

At Beska, we get our own surface finish workshop to serve  different needs of the clients.

Quality Checking for Custom CNC Machining Parts

There are multiple quality checkings on the finished parts, which can ensure the quality of your project.

Packaging for Prototype CNC Machining Parts

At Beska, packaging is also customable. We create the parts accordng to your requirements.

How to Ensure the Quality of the Finished Components?
Quality Checking

Quality is the foundation of a project. We pride ourselves on providing you with high-quality printed parts. We put a lot of effort into this. At Beska, our quality inspection team with more than 8 years of experience specializes in parts quality inspection.

Apart from that, the equipment we use is state-of-the-art: Coordinate Measuring Machine, Optical 3D Scanners, Computed Tomography, Vernier Caliper, etc. To ensure the accuracy of machine inspection, we will regularly check and maintain these machines.

Regarding quality inspection, our team will conduct more than 4 inspections: raw material, in-processing, before delivery, and machine maintenance. If you need a CMM report, our quality checking team will do it as on the facts.

 

Quality Checking for Prototype CNC Machining
Metal 3D Printing Materials
Metal 3D Printing
What Are the Popular Materials for Metal 3D Printing?

Aluminum alloy and stainless steel are two kinds of metals to produce metal 3D printing prototypes. The aluminum alloy is lightweight and reflectivity. Many companies from automotive, aerospace and electronics often apply aluminum alloy to create low-volume prototypes. Stainless steel is a metal known for its anti-corrosion and heat resistance. That’s why it is so popular in different industries. By applying SLS rapid prototyping, the powdered stainless steel can be formed into various shapes with accuracy. Compared to machining, it can create more complicated metal components.

 

What Are the Common Metal Materials for 3D Printing?

Aluminum alloys and stainless steel are two materials commonly used to create metal 3D printing parts at Beska.

Does SLS 3D printing Need Supports?

No, SLS 3D printing doesn’t need any support structures. During printing, the unfused powder will play a role as support.

What Is the Limitation of SLS Process?

Compared to other printing technologies, the cost of SLS 3D printing is much more expensive. And cooling time up to 12 hours or more.

 

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