Komatsu Komatsu Germany in Düsseldorf develops, manufactures and markets super large hydraulic excavators throughout the world. Case Komatsu Expertise Product and Asset Information Each excavator is tailored to the customer’s needs, which sets special requirements on both the equipment manufacturer and the author of the technical documentation. Etteplan provides Komatsu with service manuals required for excavator servicing and maintenance, or parts thereof, such as “Troubleshooting” or “Dismantling and assembly of the machine” for field service use. Etteplan also draws up Komatsu service’s technical newsletters for the company’s dealers and service and maintenance personnel worldwide. The newsletters contain information about technical innovations and changes related to, for example, repairs and spare part details or components. The technical documentation material is produced in close collaboration with Komatsu’s technical experts. The documents are written in English, and Etteplan provides translation services for the different language versions as required.
Ellevio selects Etteplan to further improve their Asset Information Management ETTEPLAN, Web Release, December 4, 2020 Image source: ellevio.se
Etteplan launches the next version of its SaaS solution for technical documentation Etteplan News release 30.10.2020
Hybrid manufacturing case: Rosendahl Nextrom While Etteplan’s AMO team is working hard to show our customers how to benefit most from additive manufacturing, we are always searching for the best manufacturing method for each design. This customer case is a good example of how “hybrid manufacturing”, a combination of additive and traditional subtractive manufacturing techniques, can be utilized to efficiently produce a very demanding product. 3d printing additive manufacturing
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Additive Manufacturing Design Case for John Deere’s Hydraulic Block John Deere Forestry Oy asked Etteplan to redesign a hydraulic block for a tree harvester boom in order to best utilize the geometric freedoms offered by additive manufacturing, i.e. 3D printing. The goals from the redesign were to decrease pressure drop, make assembly easier, reduce weight, and minimize production costs. additive manufacturing
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