巴斯夫收購了兩家3D打印材料制造商

BASF New Business GmbH (BNB)是一家高效能的生產商和服務商,該公司提供新型的、專門的產品,例如:
 

 
Advanc3D材料為選擇性激光燒結(SLS)和工藝技術提供了先進的、特制的塑料粉末和配方。安裝性能,在里昂經營一個生產現場,先進的3d材料在發展和制造SLS材料的重要的合作伙伴。BNB正在將這兩家公司整合到其子公司BASF 3D打印解決方案有限公司(B3DPS)中。該收購是巴斯夫在3D打印領域擴張的重要一步。
 
“去年我們收購了Innofil3D,并由此加強了我們在塑料薄膜上的市場占有率,我們現在正以類似的方式擴大在粉床融合領域的市場準入。”該產品與我們現有的產品系列相輔相成,非常適合聚酰胺11、聚酰胺12和聚丙烯等產品。今年4月,B3DPS推出了一種新的PA6材料,用于選擇性激光燒結,這種材料在目前市場上普遍使用的大多數SLS機器上很容易加工。
 
Advanc3D材料在市場上已經很成熟,提供了廣泛的產品和綜合的市場和應用的專業知識。一種一致的,細粉,紫外線穩定劑添加和良好的自由流動是使材料在3D打印中使用的要素之一。安裝性能是Advanc3D的合同制造商和開發伙伴。公司在里昂的產品和工藝開發和生產基地以新產品的高效率和短的開發周期而著稱。
 
“我們期待成為巴斯夫的一部分。Advanc3D董事總經理弗朗索瓦•米內克(Francois Minec)解釋說:“這將使我們能夠擴展和進一步開發客戶的工業添加劑制造活動的新配方。”
 
迪特馬·本德說:“這些技術、基礎設施和先進的材料是我們的完美補充。”現有的和新的客戶,特別是在汽車和消費品行業,現在可以從擴大的B3DPS投資組合中獲益。“這次收購是朝著我們的目標又邁進了一步,我們的目標是成為以粉末為基礎的材料和工業3D打印配方的供應商。”
 
3D打印正變得越來越重要
 
在工業中,利用3D打印工藝通過疊加層生產塑料零件的生產正變得越來越重要。一種生產方法是選擇性激光燒結。利用三維結構設計,激光在聚酰胺等粉末中繪制物體的形狀。被激光擊中的材料會熔化,所需的3D物體會被一層一層地制造出來。到目前為止,許多復雜的塑料零件都是通過注塑生產的。3D打印的顯著優點是小系列成本更低,生產速度更快,因為不需要模具。因此,零部件制造商能夠更快地響應客戶的要求,更容易地滿足個別客戶的要求。

原文如下:

BASF New Business GmbH (BNB) has acquired all the shares of Advanc3D Materials GmbH in Hamburg and Setup Performance SAS in Lyon.

 

 

BASF New Business GmbH (BNB) has acquired all the shares of Advanc3D Materials GmbH in Hamburg and Setup Performance SAS in Lyon.
BASF New Business GmbH (BNB) has acquired all the shares of Advanc3D Materials GmbH in Hamburg and Setup Performance SAS in Lyon.

Advanc3D Materials offers advanced, tailor-made plastic powders and formulations for selecive laser sintering (SLS) together with process knowhow. Setup Performance, which operates a production site in Lyon, is Advanc3D Materials’ most important partner in the development and manufacture of SLS materials. BNB is integrating both companies into its subsidiary BASF 3D Printing Solutions GmbH (B3DPS). The acquisition is an important step forward for BASF in its expansion in the field of 3D printing.

“Following our acquisition of Innofil3D last year and the consequent strengthening of our market presence in plastic filaments for layer extrusion we are now in similar fashion expanding our market access in the area of powder bed fusion. The portfolio complements our existing range, being perfectly suited to products such as polyamide 11, polyamide 12 and polypropylene,” says Dr. Dietmar Bender, Vice President Manufacturing & Technology at BNB. In April, B3DPS introduced a new PA6 material for selective laser sintering that can easily be processed on most SLS machines commonly used in the market today.

Advanc3D Materials is already well established in the market, offering a wide range of products as well as comprehensive market and application expertise. A consistent, finely ground powder, UV stabilizer additions and good free flow are among the elements required to enable the materials to be used in 3D printing. Setup Performance is Advanc3D’s contract manufacturer and development partner. The company’s product & process development and production site in Lyon is noted for its high efficiency and short development cycles for new products.

“We are looking forward to being part of BASF. This will enable us to expand and further develop new formulations for the industrial additive manufacturing activities of our customers all over the world,” explains François Minec, Managing Director of Advanc3D.

“This know-how, the infrastructure and the advanced materials are a perfect complement for us,” says Dietmar Bender. Existing and new customers, especially in the automotive and consumer goods industries, can now benefit from the expanded portfolio of B3DPS. “This acquisition is a further step toward our objective to become a leading supplier of powder-based materials and formulations for industrial 3D printing.”

3D printing is gaining in importance
The production of individually formed plastic parts through additive layer manufacturing by a 3D printing process is becoming increasingly important in the industry. One production method is selective laser sintering (SLS). Using a three-dimensional structural design, a laser draws the shape of an object in a powder such as polyamide. The material hit by the laser melts and the required 3D object is produced layer by layer. Up until now, many complex plastic parts had to be produced by injection molding. The significant advantages of 3D printing include lower costs in small series and much faster production, because no mold is required. Parts manufacturers can thus react much faster to customer requests and meet individual customer requirements much more easily.

More information: 
WWW.BASF.COM/