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With the launch of new systems from EnvisionTEC and the expansion of Henkel’s industrial-grade materials portfolio, the companies report that they are well-positioned to support the volume production of end-use parts.
Henkel Additive Manufacturing Services offers a wide range of 3D printing capabilities, such as stereolithography, digital light processing, and multi-jet fusion, in addition to dedicated post-processing and finishing services.
Henkel has expanded its Additive Manufacturing Services, which are reportedly primarily geared for automotive and industrial customers to provide support with 3D-printable materials—from design through to final part manufacturing.
The collaboration will enable Henkel to add dental applications to its 3D printing portfolio, one of the first markets that has moved past prototyping into the commercialization of resins for final parts.
Forward AM, a BASF company, has partnered with Shapeways to offer customers the ability to order 3D-printed items online made with Forward AM material.
Working together, Asiga and Henkel are leveraging their experience in chemistry and 3D-printing technologies to drive the next level in additive manufacturing production.
Asiga has joined Henkel’s Open Materials Platform to provide the additive manufacturing industry with production-grade 3D-printed parts that are both accurate and functional.
A collaboration between Henkel and Origin to use additive manufacturing in the production of nasopharyngeal swabs drew the most reader interest last week.
In collaboration with Origin, Henkel recently announced that it has leveraged its ability to carry out biocompatibility and mechanical testing at its facility in Concord, Calif., and provided a range of 3D-printable medical photopolymers designed for use on Origin’s material development systems.
Ideal for use in automotive and microelectronic applications, DELO’s epoxy resins have reportedly been optimized specifically for industrial 3D printing applications.
The Penn State team scrutinized the reactions occurring within a binder jetting solution that bonds the printed layers of primary materials together during 3D printing.
As the complexity and applications of additive manufacturing increase, Penn State reports that its researchers are digging down to the smallest scales to optimize the technology on a molecular level.
