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Tebis solutions for the aerospace industry
When precision leaves no room for compromise
The aerospace industry involves demanding materials, complex geometries, and the highest standards of quality, traceability, and process safety. Manageable and reproducible manufacturing processes are critical success factors.
Tebis combines design, NC programming, simulation, and manufacturing standards into end-to-end processes for safe, traceable, and reproducible results.
Greater safety and productivity with Tebis
ReliableDetect and avoid collisions, machine risks, and critical situations.FlexibleEfficiently adapt NC programs for complex parts and reduce the time and effort required for changes.ReproducibleExploit and scale proven strategies, resources, and manufacturing standards throughout your entire company.InterconnectedIntegrate CAD, CAM, MES, verification, quality assurance, and third-party systems into a single process.Typical aerospace applications
Large-part machining
Reliable processes for large-volume parts and long traverse paths.
Structural parts
Precise, reproducible manufacturing of thin-walled geometries.
Composite parts
Master milling, trimming, and machining processes with confidence.
Engine components
Implement complex geometries cost-effectively according to the highest quality standards.
Scale manufacturing knowledge instead of tracking down experts
Proven strategies and standards safeguard know-how for the long term
Manufacturing knowledge can be stored in standardized machining templates to give all employees access to proven strategies and processes. This allows you to reduce programming effort, cut training time, and safeguard valuable expertise for the long term.
Use SmartOps to automatically generate stepped pockets for any contour.
End-to-end accessibility of manufacturing knowledge.Master any manufacturing situation with confidence
Precision and process safety for the highest standards
Tebis combines milling, turning, laser machining, wire EDM, and other technologies into one end-to-end manufacturing process. Job planning, NC programming, and machine control work together seamlessly.
Proven practical strategies for aluminum, titanium, Inconel, and other challenging materials ensure efficient, reproducible results. Open interfaces to CATIA, NX, SolidWorks, and other systems support collaboration with different customers.
Advanced Integration Technology, LP • Airbus Helicopters Deutschland GmbH • Applications Composites • Applied Composites • Ascent Aerospace, LLC • Aubert & Duval • AVIC Shenyang Aircraft Corporation • Coaero Groupe Jogam • Com. Stamp s.r.l. • DEDIENNE MULTIPLASTURGY® GROUP • Ferry Capitain • Groupe AGS • Grunewald Group • Honeywell Aerospace Olomouc s.r.o. • HUTCHINSON® Composite Industrie • JET CUT SA • Kale Pratt & Whitney • Laro NC-Technik GmbH • Liebherr-Aerospace Lindenberg GmbH • Madlener Produktionssysteme GmbH & Co. KG • Poggipolini S.R.L. • Safran Power Units SAS MICROTURBO • Secondo Mona S.P.A. • SIBI KEP Technologies Group • UTC Aerospace Systems Collins Aerospace
Would you like to learn more?
We’ll be happy to answer your questions about topics like:
- Complex manufacturing tasks
- Digital twins
- The lack of qualified personnel
- Software and services
