GET Powder-making equipment
Shanghai Truer Industrial Development Co., Ltd
Scientific research, experiment, development, and production of high-quality spherical metal powder in universities and research institutes (especially suitable for the development of new materials)
Powder produced by the Plasma Rotating Electrode Process(PREP) have the advantages of low cost, high powder sphericity, low porosity and high purity. PREP is an ideal technology for the production of high quantity sphercial powder for metal additive manufacturing.
This compact PREP systems SLPA-D are purposely designed for R&D of novel alloy powders and small batch production of high quality powders.
- The working speed is greatly increased, and higher yield of fine powder;
- Powder sphericity reaches above 95%;
- The working environment is under Ar or He inert atmosphere, especially suitable for the development of Ti, Ni, Co, stainless steel, refractory metal and other alloy powders;
- The whole process of powdering is non-contact which can ensure high powder purity and lower impurity content;
- Occupied area is 4m×3m with simple installation conditions;
- Simple and professional interface design;
- Process technology and personnel training system are perfect;
Consumable electrode made of metal or alloy, whose end surface is heated by plasma arc to melt into liquid, and the liquid is ejected and crushed into fine droplets by the centrifugal force of high-speed rotation of the electrode. The droplets eventually form a spherical powder under the action of surface tension in the condensation process.
Narrow particle size range; The powder particle surface is smooth and clean; less hollow powder and satellite powder, less gas inclusion, high powder quality, very suitable for spraying, hot isostatic pressing(HIP) and 3D printing etc.
Application & Characteristics
To produce nickel-base superalloy powder, titanium alloy powder, stainless steel powder, and refractory metal powder.
The working speed is greatly increased, the powder sphericity has reached more than 95%, and the yield of fine powder has been significantly increased. The working environment of powder milling is under Ar or He inert atmospheres. The oxygen increment of active metals such as titanium alloy is controlled within 100ppm, while the oxygen increment of metals such as high-temperature alloys can reach 50ppm.The equipment only occupies 4m×3m, greatly reducing the requirements for installation conditions. The simple and professional operation interface design enables users to operate more conveniently. Users can develop new alloy powder according to their own needs, which is especially suitable for universities, scientific research institutions and other units for the trial production of new material system powder and the development and production of small-batch, multi-variety high-quality spherical metal/alloy powder.
Main parameters of compact PREP system (SLPA-D)
|Diameter of Electrodes
|Spherical rate ≥90%
|≤200 ppm (Ti alloy)
|Ar or He
|Ti, Ni, Co, steel and refractory alloys
Shanghai Truer Industrial Development Co., Ltd. was established in 2009 and created the additive manufacturing business in 2019, which is dedicated to building integrating 3D printing powder making equipment and services, high quality 3D printing powders to help engineering applications of additive manufacturing.
The company not only provides professional selective electron beam melting (SEBM) technology and equipment, but also plasma rotating electrode process powder making (PREP) technology and equipment. We also have various grades of spherical metal powders, including TiNi, TiTa, TiAl, TiNbZr, CoCrMo and so on.
Various metal powders
More than 40 grades of high quality spherical metal powders.
Mature application system
More than 1000 customized orthopedic implant materials to more than 20 hospitals.
No risk of stock outage
Perfect supply chain layout and inventory control make no risk of product stock-out.
3D Printing Equipment
SEBM & PREP technology and equipment.
We accept OEM/ODM
High quality products at reasonable prices
Most frequent questions and answers
If you have questions or at any point or can’t find the answer you were looking for, call or email us directly at [email protected]. For issues about your orders or our refunds, please refer to our Team. Helping you answer all your questions and solving any problems you may have is our number one priority.
We are the 100% manufacturer specialized in Additive Manufacturing.
Sure. We accept custom orders and OEM/ODM.
You can get a quote by visiting the Request a Quote page, requesting a quote on a product page, phone, email, or from our live chat. Based on a large variance of requirements from project to project, most quotations need to be prepared by a packaging estimator. RFQs can be emailed directly to [email protected].
You will typically receive your quotation within 1-2 business days for most requests. RFQs and complex projects may require more time.
High quantity orders generally net a lower cost-per-unit on all of our orders. For greater savings for your project, you can consult one of our Product Specialists for a customized strategy based on your business requirements and project goals.
We make products easy for our customers. While the steps can differ from project to project, our typical process consists of the following stages:
1. Specification & Project Consultation
3. Sampling and Prototyping
5. Shipping and Fulfillment
We offer a wide range of Additive Manufacturing such as SEBM, PREP and more than 40 different compositions of high-quality spherical metal powders, such as TiNi, TiTa, TiAl, TiNbZr and CoCrMo with fully customizable options.
Most products need to be shipped by sea, but samples used only for testing may be shipped by courier and air to ensure timeliness. All of our products are carefully packaged with care to withstand the potentially harsh elements of travel. You can expect your products to arrive in the same condition they left our facilities.
Production time can range from 5 to 25 business days depending on products type, requirements many other factors. Greater customization with more additional processes generally yields slightly longer production times. For your best estimate in the timeline, consult with your Product Specialist.
While our products technically have no minimum order quantities, recommended MOQs are in place (which will differ based on products type, printing, or processes) to prevent individual unit prices from becoming too costly to recommend.
The minimum order quantity we can usually provide is 1-20kg for samples(based on the detailed products) and 100-200kg for official orders. But it may vary by product, so, please check with your Product Specialist to learn the recommended MOQ of any of our products.