First Formatec introduced a range of Zirconia colors, for injection moulding. This range has been greatly accepted with brown as the most rapid growing color for aesthetical applications.
Ever since this introduction Formatec worked on the next step. Breaking down the limitation of just one color for an aesthetical ceramic component. In 2013 this becomes reality by introducing 2K injection moulding for zirconia. The outcome is a result of combined powder development, injection moulding and sintering research.
The technology in highlights
Full zirconia components
Multiple colors available
Applied on flat and curved surfaces
Regular high density part >99,9%
No color diffusion between the colors
Available in polished and non polished finishing
Alternative to PVD coating / lacquer
Start using this innovation to add everlasting decorations to your design
By bringing this technology to the market Formatec aims for applications that are currently produced by using ceramic with PVD or lacquer coatings. This technology will advance on wear and can be applied on complex curved surfaces. More interesting are designs that are not feasible with the traditional techniques. Larger components fully 2K designed can offer stunning designs.
Formatec is taking development orders for this technology from the spring of 2013.
Formatec is present at the EPMT / EPHJ | 11 – 14 June | Booth G62
Additive manufacturing offers an enormous potential for faster, more economical and sustainable production. In order to exploit these capabilities comprehensive information on new developments of materials, techniques and machinery is indispensable.
The 10th Rapid.Tech, which takes place from May 14 to 15, 2013, is the perfect place for gathering all the information and for exchanging knowledge. This is ensured, on the one hand, by the clear focus on finished products. On the other hand, the close correlation between application-oriented lectures and exhibition program provides added value. Rapid.Tech 2013 in Erfurt (Germany) will also be the stage for the 7th Student Design & Engineering Award for Rapid Manufacturing.
A new way to manufacture
Shorter product life cycles, increasing cost pressure, rising environmental demands and dwindling resources require rethinking the way of manufacturing in many industries. An answer to this can be additive manufacturing (AM) – not only in prototyping but also in in small and large scale manufacturing. Thus it is no surprise that industry analyst Wohlers Associates has confirmed a growth of almost 30% in 2011 for the additive manufacturing industry and has forecasted an annual growth rate in the double digit range for the upcoming years.
The answers we all need
However, which possibilities does additive manufacturing offer for faster, more economical and sustainable production and how can they be used in an optimised way? Answers to these questions will be provided at the 10th Rapid.Tech taking place on 14th and 15th of May 2013 in Erfurt (Germany), which has become one of the leading events for application-oriented additive manufacturing over the past ten years.
Springmann just announced it will present many highlights from its broad range of solutions in terms of production means and peripherals on its A09 booth (Halle 1) at Prodex. Among other, visitors will be able to discover the Index MS 22C-8 as Swiss premiere.
With the new INDEX MS16C of the MultiLine series, the Esslingen multi-spindle specialists just presented a CNC multi-spindle lathe featuring six spindles for up to 16 mm diameter parts. This new machine won’t be shown at Prodex but interested people will be able to be informed comprehensively on the booth. You can read the Eurotec news about it here. (And there will be a complete article in Eurotec’s next issue).
A few highlights to discover on the booth
Sharpening cell: grinding with Anca, preparation of cutting edges with Otec, measurement of cutting edges with Zoller.
Index-Traub will present the productivity multiplier: the new eight spindles MS22 C-8 as Swiss premiere (picture) as well as two highly productive sliding head/fixed head Traub lathes.
A R18 veteran will also be exhibited as witness of the past; an obvious example of the force of innovation, reliability and longevity of Index.
Cookson Precious Metals in partnership with EOS are presenting the Precious M 080 Laser Sintering Machine, which has been designed around the needs of the watch and jewellery industry to ensure ideal conditions and management of precious metal powder and parts.
Electro Optical Systems (EOS) have been offering application – optimized manufacturing solutions for product development since 1989. EOS gained market leadership by supporting numerous industries in Europe, North America and Asia in the use of Laser Sintering.
The partnership with EOS means that Cookson Precious Metals can provide a full solution to both artisans and manufacturers alike. The Cookson Bureau service enables customers to order “one off” pieces or production volumes of their unique designs. With a fast turnaround of file assessment, quotations and production. The machine sales in conjunction with EOS will provide customers with full machine training supported by installation and maintenance agreements. Finally the ongoing powder sales will work seamlessly with the EOS machines and enable customers to concentrate on just designing and building beautiful parts. The full solution means the machine and the powder are ready for production with no further R&D required.
Cookson’s Metallurgical approach to technology
Cookson Precious Metals is a leading supplier of fabricated precious metals in Europe, a supplier of gold, silver, platinum and palladium alloys, wire, sheet, tubing, coin blanks and casting grain. We are also a major precious metals refiner with London Bullion Market Association good delivery status.
The company’s approach to laser sintering has been the development of the precious metal powder to work in conjunction with the EOS machines. Coockson’s knowledge of the assay requirements, Density / Porosity, Nickel Elution and the EU Nickel Directive, Copper Elution / Skin Staining requirements, Hardness, Heat Treatment Response and Colour have enabled the company to develop a solution that is tailor made for the Watch and jewellery industry.
Cookson Precious Metals can offer an end to end solution for laser sintering technology and its application in the watch and jewellery industry.
To learn more about the Laser Sintering technolgoy : www.cookson-emanufacturing.com
Cookson Precious Metals
European Product Manager
Tel: +44 (0) 7971 112618 [email protected]
..and high precision operations. At this year’s EPHJ on booth E42 visitors will be able to discover three different technologies dedicated to highly demanding fields like watch industry and others.
There are always new ways to realize parts or operations and this year’s highlight at Spingmann’s booth will be
SLS (selective laser sintering) with precious material
Industrial polishing for small parts
Two side grinding
SLS – still little known technology
The principle of building the parts is simple, a thin layer of metal powder is deposited on the working surface (250 mm x 250 mm), and a laser moves in X and in Y to merge metal on selected locations. Once the “cut” at this level of the part is fully sintered, a new layer of material is deposited and the laser moves to selectively sinter metal at required locations. The part is thus constructed layer by layer. Huge advantage, shapes are not limited by conventional technologies of machining by material removal.
A new world of possible parts opens…
1- digital model of the part, 2-deposition of the first layer of powder, 3-fusion of the powder in the cross-section of the part, 4 – platform goes down, 5-deposition of a new layer of powder, 6 – the operation is repeated until the part is completed (fusion, filing, lowering), 7-elimination of the non-melted material, 8-the part is complete.
To be discovered on Springmann’s booth at EPHJ from June 5 to 8 in Geneva. Customers of the company and interested people can ask for entrance tickets at [email protected] or by phone on +41 32 729 11 29.
Thanks to the technology of SLS additive manufacturing (Selective Laser Sintering), Ecoparts located in Rüti near Zürich (Switzerland) can achieve functional prototypes in metal and small series of complex parts with very short delivery time.
“Ecoparts is the only company of its kind in Switzerland,” says Mr. Kündig its director. Working with two EOSint M 270 machines produced by EOS (recently represented in Switzerland by Springmann) this small structure is specialized in the manufacturing of complex metal parts by laser sintering.
Still little known technology
The principle of building the parts is simple, a thin layer of metal powder is deposited on the working surface (250 mm x 250 mm), and a laser moves in X and in Y to merge metal on selected locations. Once the “cut” at this level of the part is fully sintered, a new layer of material is deposited and the laser moves to selectively sinter metal at required locations. The part is thus constructed layer by layer. Huge advantage, shapes are not limited by conventional technologies of machining by material removal. Mr. Kündig says: “For example we produce parts that include curved Interior cooling channels. To achieve such parts without additive manufacturing, we should resort to casting which is incompatible with the notions of prototypes and small series, both in terms of costs and deadlines”.
Very short deadlines “According to our workload, an urgent complex part may be provided within a few days” says Mr. Kündig which adds that the normal delivery times are around two weeks. This reactivity is one of the reasons why many leading-edge companies use Ecoparts’ services (especially in the medical). They often pass through long design and validation processes and when it is time to produce the parts, the production deadline is an important element of differentiation.
The benefits of the process at Ecoparts’
All possibilities of design
Very short manufacturing time
Flexibility and reactivity
Very high quality parts
Are you looking for a partner to make this kind of parts?