The 3D Parts On-Demand Service Center of voxeljet
Introducing the voxeljet service center
Demand for sand casting molds and plastic models made with 3D printers has grown rapidly in recent years. The benefits this offers in producing prototypes and small batches are obvious: shorter production times, less reworking of cast parts and cost-efficient implementation overall. Up to now, the main beneficiaries have been foundries that use 3D printing as a useful addition to classic mold construction. However, this approach does not yet adequately cover many industrial applications. The voxeljet service center offers industrial and business customers advice on the ways in which they can benefit from 3D printing.
voxeljet is a leading manufacturer of industrial 3D printing systems. The company also operates service centers for the production of metal casting molds and models in its locations in Germany, the United States and the UK, which are able to manufacture sand molds and plastic models on demand, based on CAD data.
3D printing is used in the rapid development and (small-batch) production of cast parts. The more complex the geometry, the more economical it is to produce the parts with 3D printing. However, 3D-printed molds can be produced quickly and flexibly even when laminating CFP molding materials and when optimizing components (to reduce weight or enhance functionality). voxeljet’s customer base includes well-known automobile manufacturers and their suppliers, foundries as well as innovative companies in the arts and design industry.
The key benefits of voxeljet On-Demand service are:
- Economic feasibility: 3D printing often turns out to be the most cost-effective manufacturing method, depending on the component geometry and size of the series.
- Size advantages: voxeljet has one of the biggest industrial 3D printers in the world, making it possible to flexibly produce large individual molds, many small components or a combination of the two.
- Fast availability: Express delivery in only 3 working days is available by arrangement.
- Complete solution: Expert consulting, from data generation to the finished cast part, ensures smooth project execution.
- Experience: Founded in 1999, voxeljet has many years of experience as a provider of 3D solutions and offers a wide range of services.
Invterview with Martin Haugg, Director of Customer Service at voxeljet
3D printing is a hot topic of conversation. Which specific industries can benefit from voxeljet technology?
We specialize in additive manufacturing for foundries. In principle, however, the technology benefits anyone who constructs, processes, uses or optimizes cast parts. The vast majority of our customers are development departments in the automotive industry. Increasingly our processes are also being used in the manufacture of special-purpose machinery, the spare parts business as well as art and architecture.
How does voxeljet’s ordering process work?
Customers can, for instance, send us a 3D data record or a drawing. They can choose whether to simply purchase the molds or whether they’d rather hire us to produce a finished cast part. We review all inquiries individually to determine their technical requirements and feasibility. If necessary, we arrange consultations with the customer. As part of our service, we check the data for errors that may have arisen, for example, during conversion and correct them free of charge in the case of minor impairment. We have high data security standards and take a professional approach to data management. To offer our customers the utmost flexibility, we give them the option of choosing different delivery periods and sand types. Our consultants in the various service centers are happy to provide details and respond to any questions or suggestions.
What sizes can voxeljet handle?
Our service center in Germany uses the VX4000, one of the world’s largest industrial 3D printers for the production of sand cores and mold packages, with a build space of 4,000 x 2,000 x 1,000 mm (L x W x H). When it comes to plastics, voxeljet offers models with maximum dimensions of 1,000 x 600 x 500 mm (L x W x H). At the same time, molds of any size can be created with the use of individual mold divisions.
How does voxeljet calculate its prices?
We aim to offer our customers fair prices, based on the circumstances. In coming up with a price formula, we consider a wide range of factors, weighted according to different criteria. These include dimensions, volume, desired quantity, material, component complexity and, of course, delivery time. While this may sound complicated, it is the only way for us to come up with good prices for a wide range of requirements.
How would you describe voxeljet as a business partner?
We are a young, dedicated team who are fascinated by the possibilities of 3D printing. We are interested in working with industrial partners to come up with new applications daily. Our company is prepared to provide small test parts in order to discover new potential applications. We recognize the importance of development projects and the time pressures involved. Our goal is to work with innovative partners on implementing our technology in order to generate competitive advantages. Customer proximity and fair treatment are therefore particularly important to us.
What can customers worldwide expect when working with voxeljet?
We would like to establish high standards worldwide in terms of our experience, quality and service concept. At the same time, however, we also address country-specific requirements to ensure sustained expansion.
Industrial 3D Printing Systems
Our portfolio of industrial 3D printers ranges from compact systems for research to additive mass production.
voxeljet receives award from the British Foundry Association
voxeljet wins "Component of the Year" award from the British foundry association CMF
Topology optimization leads to a prize-winning cast part
A joint project between the Precision Casting Centre foundry and voxeljet has received the coveted “Component of the Year” flagship award from the British Cast Metals Federation (CFM). The project involved an optimized aluminum Wheel Upright that is five times stiffer than before, while maintaining the same weight. Prior to carrying out the 3D print run, voxeljet and its partners optimized the topology and ran both a life cycle analysis and a casting simulation.
The project began with the need to significantly increase the rigidity of the Wheel Upright without changing the weight or materials used. With the help of cutting-edge simulation tools and using the full range of structural design freedom offered by 3D printing technology, the partners produced a Wheel Upright that is up to five times more rigid than its predecessor. Kevin Smith, Sales Director with voxeljet UK, describes the benefits as follows: “The design freedom of additive manufacturing processes, combined with simulation, allows us to come up with a new generation of designs that overcome the earlier conventional design limitations.” It was voxeljet’s 3D printing process that made it possible to implement cast part geometries with this level of complexity. “Because of this, the CMF jurors had a hard time at first believing that this complex Wheel Upright was an aluminum investment-cast part,” Smith adds. This project is an impressive demonstration of the potential that exists with regard to boosting performance and/or reducing weight.
Another reason why the project received the award was that the component had been produced particularly economically by combining voxeljet’s 3D printing process with traditional investment casting. In the jury’s view, the project proved that this manufacturing process can revolutionize the production of complex cast parts with entirely new designs and offers many benefits for manufacturers and customers alike.
Note: The Wheel Upright described above was optimized as a joint project between Altair, Click2Cast, HBM nCode and voxeljet. The engineers could take full advantage of component design freedom, thanks to the 3D printing technology and the simulation-driven design. Various software programs were used for the simulations. Inspire, which is based on Altair’s OptiStruct optimization solver, was used for optimizing the topology. The component fatigue was simulated with nCode Designlife, and the Click2Cast software was used to simulate the casting process.
Coinciding with voxeljet’s success at the CMF Awards, the company has launched an on-demand service center for industrial 3D printing applications in the UK. The substantial capacities of three high-speed, large-format printing systems, each of which has a build volume of 1,000 x 600 x 500 mm, make it possible to produce precise investment casting molds and models in just a few days. James Reeves, Managing Director of voxeljet UK, comments: “Our 3D printing systems are the biggest and fastest available today for investment casting. They enable us to respond quickly, implement short processing times and still remain cost-efficient.”
On February 3, 2016, voxeljet UK will hold a customer seminar with the aim of presenting the entire process chain—from CAD data to voxeljet’s 3D printing process to the final cast part. It will be a unique opportunity to see one of the largest 3D printers in operation and to pose questions directly to the voxeljet team.
Industrial 3D Printing Systems
Our portfolio of industrial 3D printers ranges from compact systems for research to additive mass production.