Customized solutions
Gripping, clamping, and handling technology for precise processes in aerospace.
To the flyer
The aerospace industry is one of the most complex sectors, as it integrates aspects of information technology, robotics, measurement and control technology, and other areas. Materials, components, and systems must be able to withstand extreme stresses. A quality assurance system ensures that all measures are taken to prevent errors. Despite the above-average level of innovation, the time factor also plays a decisive role. SCHUNK is your reliable partner in aerospace. We support both aircraft construction projects and research and development activities for space travel.
With SCHUNK Engineering as your partner, specific aerospace requirements are jointly translated into solutions: customized gripping, clamping, and handling technology as well as simulation that ensure reproducible quality, component protection, and high process reliability across all processing stages.
The aerospace industry is one of the most complex industries, as it integrates aspects of information technology, robotics, measurement and control technology, and other areas. Materials, components, and systems must withstand extreme conditions. The quality assurance system ensures that all measures will be taken to avoid errors. In spite of the above-average level of innovation, the time factor also plays a decisive role. SCHUNK is your reliable partner in the aerospace industry. We support aircraft design projects as well as research and development activities for the aerospace industry.
With SCHUNK Engineering as your partner, the specific requirements of the aerospace industry are jointly translated into solutions: customized gripping, clamping and handling technology as well as simulation that ensure repeatable quality, component protection and high process reliability across all stages of manufacturing.
In the extreme conditions of the aerospace industry, structural components must meet the highest standards. These components form the backbone of aircraft and spacecraft and not only contribute to stability, but must also combine low weight and high strength. Continuous innovation in materials science enables the development of lightweight yet extremely durable structural components. These evolutionary advances are crucial for the efficiency, performance and safety of aircraft and spacecraft.
Structural components make high demands on set-up, which requires costly and time-consuming adjustments. With controlled flexibility, the VERO-S Aviation drastically reduces the need of set-ups by enabling effective unclamping of the components.
Driving mechanism parts play a key role in the aerospace industry by influencing the performance and efficiency of aircraft. From turbine blades to high-temperature alloys, these components have to withstand the highest of loads. Advances in materials technology and precision manufacturing enable the development of engine parts that are not only lighter, but can also withstand extreme temperatures and pressures. Continuous innovation in this area is crucial to improving fuel efficiency, reducing emissions and increasing the overall performance of aerospace engines.
For clamping sensitive components such as housing and turbine parts, we rely on deformation-low set-up. This is how we ensure integrity during the machining process and meet the highest precision requirements, even for rotationally symmetrical components.
起落架部件在航空航天工业中也非常重要，它们对飞机的安全着陆和起飞有着关键性作用。从着陆减震器到制动系统，这些高度专业化的部件必须能够承受极端载荷。得益于材料科学和工程领域的持续创新，底盘零件变得更轻、更耐用、更高效。设计和生产在考虑精度的同时需要达到安全性、减重和性能等极为苛刻的要求，这也为现代航空航天技术的发展做出了重大贡献。
在夹持飞机轮辋时，我们尤其关注如何将变形风险降至最低。在这类应用中，我们使用低变形夹持的 6 爪卡盘。以此确保精密加工和满足质量标准。
在 CoLab（SCHUNK 应用中心），我们与您共同开展应用测试工作。我们还可以提供可行性研究、流程分析及演示。让您可以在调试期间最大限度地降低风险并节省时间。咨询您的 SCHUNK 联系人，我们期待与您讨论并开发应用。
