Metals 3D Printing
Introducing the newest way to print metal parts! With metal 3D printing, you can create durable, high-quality parts without having to invest in expensive equipment. Our 3D printers use lasers to fuse metal powders or mixed wire together, creating parts with intricate details and smooth surfaces.
The right implementation of metal 3D printing can dramatically improve business efficiency and agility - whether by eliminating the need for design drawings and machine processing, or by dramatically shortening the delivery cycle of the product development process.
Yangzheng can help your organization successfully implement metal 3D printing technology with the specific business benefits and technological advantages you will gain.
A Guide to Custom 3D Printed Parts in Metal Materials
There are a few things to consider when choosing the right metal material to create 3D printed parts:
Type of Metal
There are many different types of metal, each with its own unique properties. When choosing a metal to create 3D printed parts, you need to consider the properties of the metal and how they will suit your needs.
Strength of Metal
The strength of a metal is one of its most important properties. You need to consider how strong the metal needs to be to meet the needs of the product.
Hardness of Metal
The hardness of the metal is another important characteristic to consider. The harder the metal, the harder it will be to print.
Corrosion Resistance of Metal
The corrosion resistance of the metal is also important. The better the corrosion resistance of the metal, the longer the life of the parts.
Cost of Metal
As with all traditional manufacturing processes, the more expensive the metal, the more expensive the 3D part made from that metal.
Application of Metal Products
According to the actual application of the product, the prototype parts of metal materials are selected for testing. It is indispensable in the process of new product development and product shape research.
Yangzheng Precision Machining Shops provides online engineering customer support for your parts, 2D and 3D drawing design, and manufacturing questions. Assist in reviewing project plans; this includes case-by-case suggestions to help you reduce costs early on in the design process. 100 CNC machines for online CNC precision machining parts, making it an excellent choice for parts prototype design and low to high-volume production runs, instant CNC parts quotes, on-time delivery, 30+ materials and 10+ surface finishes for tolerances down to 0.01mm.
3D Printing Metals Parts Quote
معادن الطباعة ثلاثية الأبعاد
ألومنيوم
الألومنيوم معدن عالي السحب، مما يجعل من السهل تشغيله آلياً. وتتميز هذه المادة بنسبة قوة إلى وزن جيدة وهي متوفرة في العديد من الأنواع لمجموعة من التطبيقات.
- السعر: $$
- المهلة الزمنية: < أقل من 10 أيام
- سُمك الجدار: 0.75 مم
- التفاوتات المسموح بها:± 0.125 مم (± 0.005 ″)
- الحد الأقصى لحجم القطعة: 200 × 80 × 100 سم
النحاس
يتميز النحاس بتوصيل حراري ممتاز، وتوصيل كهربائي وليونة ممتازة. كما أنه مطيل للغاية ومقاوم للتآكل ويمكن لحامه بسهولة.
- السعر: $$$
- المهلة الزمنية: < أقل من 10 أيام
- سُمك الجدار: 0.75 مم
- التفاوتات المسموح بها: ± 0.125 مم (± 0.005 ″)
- الحد الأقصى لحجم القطعة: 200 × 80 × 100 سم
نحاس
يتميز النحاس الأصفر بخصائص مرغوبة لعدد من التطبيقات. فهو منخفض الاحتكاك، ويتميز بتوصيل كهربائي ممتاز وله مظهر ذهبي (نحاسي).
- السعر: $$$
- المهلة الزمنية: < أقل من 10 أيام
- سُمك الجدار: 0.75 مم
- التفاوتات المسموح بها: ± 0.125 مم (± 0.005 ″)
- الحد الأقصى لحجم القطعة: 200 × 80 × 100 سم
الفولاذ المقاوم للصدأ
الفولاذ المقاوم للصدأ هو الفولاذ منخفض الكربون الذي يوفر العديد من الخصائص المطلوبة للتطبيقات الصناعية. يحتوي الفولاذ المقاوم للصدأ عادةً على 10% كحد أدنى من الكروم بالوزن.
- السعر: $$$$
- المهلة الزمنية: < أقل من 10 أيام
- سُمك الجدار: 0.75 مم
- التفاوتات المسموح بها: ± 0.125 مم (± 0.005 ″)
- الحد الأقصى لحجم القطعة:200 × 80 × 100 سم
تيتانيوم
يتميز التيتانيوم بعدد من الخصائص المادية التي تجعله المعدن المثالي للتطبيقات الصعبة. وتشمل هذه الخصائص المقاومة الممتازة للتآكل والمواد الكيميائية ودرجات الحرارة القصوى. كما يتميز هذا المعدن بنسبة قوة إلى وزن ممتازة.
- السعر: $$$$$
- المهلة الزمنية: < أقل من 10 أيام
- سُمك الجدار: 0.75 مم
- التفاوتات المسموح بها: ± 0.125 مم (± 0.005 ″)
- الحد الأقصى لحجم القطعة: 200 × 80 × 100 سم
Why Choose Metal 3D Printing Service
A few years ago, 3D printing with metal was only used for industry. That's all changed now that metal 3D printing is available on desktop FDM 3D printers and more specialized machines that not only produce high quality parts, but are also more affordable.
High Precision
At present, the precision of Tuofa's metal 3D printing equipment is controlled at 0.05mm, so that the products or parts can achieve higher stability and complexity.
Short Cycle Time
Metal 3D printing without mold making process, making the production time of the model is greatly shortened, generally a few hours or even a few minutes to complete a model of printing.
Personalization Can Be Realized
There is no limit to the number of models that can be printed by metal 3D printing, whether one or more can be produced at the same cost.
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The 10 Best Methods for Metal 3D Printing
Almost any metal can be 3D printed. Aside from the complexity and speed of the part, one of the main advantages of 3D printing metals is the savings in raw materials and almost no waste. This is extremely important when printing with expensive materials, such as titanium.
Some 3D printing methods can use materials that are already used for injection molding, such as some powders, wires and pellets, while other materials are uniquely formulated for 3D printing. If you know what material your part needs to be printed in, check out the guide below to help you understand all the methods that can be used to print titanium, aluminum, and steel.
| Type of Technology | Forming Size | Cost | Minimum Layer Height | Part Performance | Printing Speed |
| FDM/Extrusion | Small to Medium | $ | 0.05 mm | Medium to High | 500 mm/s |
| SLM/PBF | Small to Medium | $$$ | 0.02 mm | High Quality | 25 cm³/h |
| EBM/PBF | Small to Medium | $$$$ | 0.07 mm | High Quality | 55 – 80 cm³/h |
| Metal Binder Jetting | Small to Medium | $$$ | 0.035 mm | High Quality | 1,500 cm³/h |
| WAAM | Large to Very Large | $$ | 1 mm | High Quality | 2.2 kg/h |
| DED Laser | Medium to Large | $$$$ | 0.2 mm | High Quality | 500 cm³/h |
| DED eBeam | Medium to Large | $$$ | 0.2 mm | High Quality | 2,000 cm³/h |
| Metal Lithography | Very Small to Medium | $$$$ | 0.01 mm | High Quality | Up to 300 floors/h |
| Cold Spray | Medium to Large | $$ | 0.38 mm | High Quality | 100 g/m |
| Micro 3D Printing | Very Small | $$$$ | 0.005 mm | High Quality |
Yangzheng Precision Machining Shops provides online engineering customer support for your parts, 2D and 3D drawing design, and manufacturing questions. Assist in reviewing project plans; this includes case-by-case suggestions to help you reduce costs early on in the design process. 100 CNC machines for online CNC precision machining parts, making it an excellent choice for parts prototype design and low to high-volume production runs, instant CNC parts quotes, on-time delivery, 30+ materials and 10+ surface finishes for tolerances down to 0.01mm.
Get an Metal 3D Printing Quote
People Also Ask
what metals can be 3d printed?
Metals that can be 3D printed include aluminum, steel, stainless steel, copper, cobalt chrome, titanium, tungsten and nickel-based alloys. Is 3d printed metal strong?
Yes, 3D printed metal is strong and durable. Depending on the type of metal used, 3D printed metal can be as strong as traditionally machined metal parts. Is metal 3d printing expensive?
Metal 3D printing can be expensive depending on the type of metal used and the complexity of the design. However, it can be more cost-effective than traditional manufacturing methods in certain cases. Is 3D printed metal stronger than forged?
It depends on the type of metal used and the complexity of the design. Generally, 3D printed metal is as strong as traditionally machined metal parts, but it can be stronger than forged metal in certain cases. How metal 3d printing works?
Metal 3D printing is a process of creating three-dimensional objects from a digital file. It works by using a laser to melt and fuse metal powder layer by layer, creating a solid object. |