CNC Automation for Aerospace & Defense Industries
Profitable and Flexible CNC Manufacturing for Aerospace & Defense industries
For decades, companies like BAE, Lockheed Martin, SKF and MTU as well as many tier-level suppliers have worked together with Fastems for leading CNC automation solutions in aersopace and defense industries. Our automation enables high spindle hours and resource utilization, fast and reliable lead times, constant quality, full traceability and proactive production planning. Want to know how? Download our CNC automation guide from below!Get your free CNC automation guide
CNC automation applications include parts for:
- Jet engines (e.g. turbine blades or axels)
- Fuselage parts
- Wing ribs/skeletons
- Landing gear
- Helicopters and drones
- Armored vehicles
- Aerospace hydraulics and actuation
- Aircraft brake components
Production Challenges and Automation Benefits:
- More customization and amount of variants
- Shorter lead times and planning horizon
- Costs & tied capital reduction
- Demand variance
- Traceability needs
- Availability of workers
- Constant quality
Automate Production – Not Just Movement
Learn how to get the most out of your CNC machines and other equipment by applying batch production automation best practices summarized below:
- Stabilize and integrate manufacturing process steps
- Automate physical part transfers throughout the value chain
- Benefit from automated, intelligent production planning software
Case Examples from the Aerospace & Defense Industry
Here you can find a few success stories we have delivered for the aerospace and defense industry.
An integrated manufacturing system from Fastems improved Lockheed Martin’s forward fuselage production – 75% reduction in span time, plus minimized process and labor costs.
SKF Aeroengine France
Flexible manufacturing system takes care of pallet and workpiece handling – SKF manufactures bearing components in a highly automated process The production of small batches down to single workpieces is not something generally associated with highly automated systems – especially if the production involves complex machining, with additional, sometimes difficult process steps, and when […]
“Fastems is a world leader in FMS logistics but this installation pushed even them to the limits of their technology.”
MTU Aero Engines
To maximize the production capacity of its machine tools, MTU signed a contract with Fastems for the delivery of a Multi-Level System (MLS).
Advanced Machining & Fabricating
FMS for Low-Volume, High-Mix shop provides stable, predictable process. Increased requests for complex components? The solution: Fastems FMS.
Use the filters below to find the suitable automation solution for your manufacturing setup. Please note Fastems is an open integrator and therefore able to integrate almost any machine tool in the world, so if you can’t find what you were looking for, just contact us directly!
Qty of machines
FPT - Flexible Pallet Tower
Easy plug-and-play pallet tower that supersedes traditional pallet pools and automatic pallet changers.
FPS - Flexible Pallet System
Modular FMS for multiple 4 or 5 axis milling or mill-turn machine tools with 300 to 630 mm pallets or zero-point plates.
FPC - Flexible Pallet Container
Easy and extendable pallet automation solution that supersedes pallet pools and automatic pallet changers.
MLS - Multi Level System
Integrates any machine tools in the world together. Comes with industry leading software, tool automation and various auxiliary processes.
Flexible production of heavier workpieces in varying batch sizes thanks to the Manufacturing Management Software (MMS) by Fastems.
TSC - Tool Service Cell
Tool Service Cell is a robot-based setup cell that automates the cutting tool renewal process.
AMC - Agile Manufacturing Cell
AMC is robot-based manufacturing cell that brings the traditional benefits of flexible manufacturing for direct machine tending.
Robotic Production Cells
Automated machine tending systems with modular design. Integrates to value-adding processes like deburring or measuring.
Automated tool logistics save money by increased unmanned production hours and secured availability.
ALD - Autoloading Cell
Automated raw material loading and ready part unloading with a robot – stable quality and longer unmanned production periods.
RFC - Robotized Finishing Cell
Automated grinding, polishing, deburring and other finishing processes for increased quality and unmanned production hours.