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Demonstrating Savings with New ROI Tools in Eiger
The ROI Dashboard provides the data you need to make data-driven, cost-effective decisions for your business.
Goierri Eskola
Goierri Eskola, an educational institution in Spain's Basque Country, has significantly advanced its training capabilities and industry collaboration by integrating the Markforged Metal X system into its curriculum.
Navigating the Future: EOAT, 3D Printing, and the Evolution of Manufacturing Workflows
Explore the symbiotic relationship between EOAT and 3D printing, and how this integration reshapes manufacturing workflows.
PTI Tech
PTI Tech uses Markforged metal binder jetting to accelerate MIM prototyping, significantly reducing the development time and cost for high-precision, durable elevator button assemblies. This innovative approach bypasses traditional pre-production tooling, allowing for rapid prototyping and efficient design validation.
Codeval Aluminum SL
Codeval Aluminum SL capitalizes on Markforged's 3D printing technology, harnessing Onyx material and continuous carbon fiber reinforcement for creating weather-resistant, structural components, which not only accelerates their innovation cycle but also generates substantial cost efficiencies.
Performance Advisorのご紹介: ボタン1つで、より高強度なパーツを
Performance Advisorは、ユーザー入力なしで自動的により高強度のパーツを迅速かつ簡単に実現するための手法です。
Hawaya Racing, Inc
Hawaya Racing specializes in the research, development, and manufacturing of Harley-Davidson drag racing motorcycle parts and safety equipment. In 2022, Hawaya Racing, Inc. purchased a Markforged X7 through Phillips Corporation. The X7 was chosen for its ability to replace CNC-machined parts with highly durable composites using Continuous Fiber Reinforcement (CFR).
New Tools for Customizing Fiber Layout Deliver Cost-Efficient Strength
Fiber override sketching reduces material costs by providing users enhanced control over continuous fiber placement.
FX10の紹介: 生産現場向けに設計された汎用性の高い産業用3Dプリンター
FX10は、Markforgedの次世代の産業用コンポジット3Dプリンターです。Markforged X7の成功に基づいて構築されたFX10の目的は、常に強度の高い高精度なパーツをプリントすることです。
これまでにない新たな効率化の可能性: 産業オートメーションにおけるアームエンドツール(EOAT)と3Dプリント
EOATは工業生産の重要な要素であるため、ツール設計が、ロボット自動化の効率性、品質、費用対効果に直接影響を及ぼします。