In the US alone, the sports goods industry makes about $45 billion dollars annually, requiring the creation of all sorts of gear, fashion and accessories. The worldwide estimates can go as high as $300 billion. As with most manufacturing industries, the worlds of games and sports are waking up to the possibilities additive manufacturing has to offer. Here are some of the most interesting ways 3D printing is impacting athletics across the world:

As we enter a more eco-conscious era of manufacturing, there are tons of concerns that new technologies are possibly taking us backwards. The concerns often levied at 3D printing put its abundant use of plastics and power usage under fire, and sometimes these arguments are valid. However, players within the industry are doing their best to come up with valid solutions that can assuage such grievances. Many designers are looking to new technolgies, materials and alterations within the supply chain to make 3D printing more sustainable and environmentally friendly. Here are just some of the big ways how:

As we enter a more eco-conscious era of manufacturing, there are tons of concerns that new technologies are possibly taking us backwards. The concerns often levied at 3D printing put its abundant use of plastics and power usage under fire, and sometimes these arguments are valid. However, players within the industry are doing their best to come up with valid solutions that can assuage such grievances. Many designers are looking to new technolgies, materials and alterations within the supply chain to make 3D printing more sustainable and environmentally friendly. Here are just some of the big ways how:

CNC milling is one of the most impressive technological advances of this century. Although most people are more familiar with 3D printing as a way to produce precise physical prints, CNC milling has been around for longer and is still widely used today.

With supply chains interrupted and demand for products decreasing, the coronavirus pandemic is hitting the manufacturing industry hard. And because several countries are still months away from controlling their local COVID-19 situation, it could be a while before business gets back to normal.

Why would you choose SLS 3D printing as a rapid manufacturing solution? It really depends on your project needs. Do you need fine detail but not functional strength? Do you need a fully functional part that can perform like end-use part? Or do you need manufacturing speed over everything else? To help you determine if SLS 3D printing is a good rapid manufacturing fit for your project here are some benefits of SLS 3D printing for your consideration.

Today we are going to share some latest Google advertisements forAluminum Prototype factoriesin Feb, 2020: 1. Ad http://www.vowin.cn/ Aluminum Casting Suppliers | Beat the Competition to Market See for yourself why some of the most innovative start-up

When you query “Rapid Prototyping China” on Google.com, there are 342,000,000 results on the organic ranking list. However, the result included B2C sites, B2B sites, Blogs, forums, knowledge sharing sites, etc. It’s quite hard to find a Rapid Prototyping China Factory among the results. So today we are going to share the top 10 organic competitors of Rapid Prototyping China Factories in Mar, 2020:

We are a marketing leader company, in the Industrial of Design-Prototypes-Mold-Assembly-Shipment. Including the following services: Product Design,3d scanning ,CAD design,2d/3d design, Autocad design, product design, Industrial design, Industrial Product Development ,engineering review 3D Scanning,SLA/SLS/ 3D Printing china,3D metal printing CNC Machining china,aluminium machining,CNC turning,cnc Lathing service Rapid prototype, rapid prototyping china, Rapid sheet metal fabrication Pu Vacuum casting for 5-100pcs Low Volume Production from Silicon Mold aluminum molding,aluminum tooling, Rapid tooling, Prototype Mold,small batch production for up 100pcs plastic extrusion,Plastic injection molding, die casting molding,plastic mould, for up 1,000pcs Painting, Screen printing, Assembly, QA inspection and Shipping.

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MOQ: 200kg Material: Aluminum, Steel, Stainless Steel, Brass and Copper Lead Time: 10~20 days for mold. Production time depends on quantity. Mold/Tooling needed: Yes Tolerances: +-0.1mm Post-Treatment: Heat Treatment and Surface Treatment(powder coating, painting and etc.) Stampings (also known as pressings) include a variety of sheet-metal forming manufacturing processes, such as punching using a machine press or stamping press, blanking, embossing, bending, flanging, and coining.

MOQ: 1 piece Material: Aluminum, Steel, Stainless Steel, Brass and Copper Lead Time: As fast as 1 day Mold/Tooling needed: No Tolerances: +-0.1mm Post-Treatment: Heat Treatment and Surface Treatment offered Laser Cutting is the preferred method of producing precision sheet metal products with high consistency and repeatability. Laser cutting is far more efficient and cost effective than traditional die stamps. Sheet metal is metal formed by an industrial process into thin, flat pieces.