CNC machining of parts for the aerospace industry
- 100% Made in Germany
- Maximum precision even for particularly complex components
- Special expertise for large thin-walled parts
- Express manufacturing & automated 24/7 production
Laro NC technology: Precision parts made of titanium and aluminium in aerospace quality
✔ EN 9100 certification
Certified CNC service in accordance with the strict requirements of DIN EN 9100:2018 for the aerospace sector.
Certified CNC service in accordance with the strict requirements of DIN EN 9100:2018 for the aerospace sector.
✔ Feasibility analysis
Virtual machines allow the complete simulation of the machining processes before the actual manufacturing stage in order to achieve optimisation and material savings.
Virtual machines allow the complete simulation of the machining processes before the actual manufacturing stage in order to achieve optimisation and material savings.
✔ High-volume machining
Our measurement sizes enable HPC/HSC milling of large parts with lengths up to 6,000 mm and weights up to 20 tons.
Our measurement sizes enable HPC/HSC milling of large parts with lengths up to 6,000 mm and weights up to 20 tons.
✔ Air-conditioned production
Air-conditioned production halls guarantee absolute dimensional accuracy of the manufactured parts.
Air-conditioned production halls guarantee absolute dimensional accuracy of the manufactured parts.
AEROSPACE PARTS
What makes us the ideal partner for demanding aerospace projects?
The aerospace industry places the highest demands on the precision and reliability of the components used. Laro NC-Technik supplies precision parts in accordance with the EN 9100:2018 standard for the construction of launch vehicles, satellites, space stations and space shuttles.
With our special experience in lightweight construction and exceptionally powerful machinery, we CNC mill high-quality parts from aluminium, steel, titanium, Invar, GRP and CFRP.
We apply the high standards required in the aerospace industry on a daily basis. We are therefore very familiar with the typical requirements in this sector. Our employees look forward to every new challenge and your customised project!
As a generalist CNC service provider, we provide you with all services from a single source. Depending on your requirements, we also take on individual upstream or downstream work steps in addition to machining. We even consistently "think along" with the process steps outside our company. Because we want to support you in the realisation of your project as effectively as possible.
Our wide-ranging expertise and modern machinery make us the ideal partner for every situation. Convince yourself of the expertise and commitment of our employees.
Make an appointment now for a non-binding consultation!
With our special experience in lightweight construction and exceptionally powerful machinery, we CNC mill high-quality parts from aluminium, steel, titanium, Invar, GRP and CFRP.
We apply the high standards required in the aerospace industry on a daily basis. We are therefore very familiar with the typical requirements in this sector. Our employees look forward to every new challenge and your customised project!
As a generalist CNC service provider, we provide you with all services from a single source. Depending on your requirements, we also take on individual upstream or downstream work steps in addition to machining. We even consistently "think along" with the process steps outside our company. Because we want to support you in the realisation of your project as effectively as possible.
Our wide-ranging expertise and modern machinery make us the ideal partner for every situation. Convince yourself of the expertise and commitment of our employees.
Make an appointment now for a non-binding consultation!
Precision milled parts for the aerospace industry
Satellite structural components and housings
The milled satellite components include the housings, brackets and structural components that protect and support the sensitive electronics and instruments. By using materials such as aluminium alloys and carbon fibre composites that are both light and strong, satellites can operate efficiently and withstand the stresses of launch and space operations.
Launch vehicle structural elements
The structural components of a launch vehicle, such as the wings, fuselage and control surfaces, are made from materials that offer high strength, low weight and resistance to corrosive influences. Invar, titanium and aluminium alloys are predestined for this as they combine these properties. They therefore contribute significantly to safe launches and - thanks to reusable launcher systems - also to safe landings.
Robust spacecraft components
Rovers used for exploring planetary surfaces must be light, robust and versatile. CFRP with metallic inserts create a combination of lightness and high strength. Connecting elements and drive systems are precision-manufactured. Sophisticated sensors and scientific instruments are housed in customised Invar housings to ensure accurate readings even in extreme temperatures and harsh environments.
Space station lightweight components and brackets
The construction of manned space stations requires propulsion system components and engine parts. Fastening elements for various parts and compartments of the space station consist of high-strength brackets. Protective housings and lightweight consoles for electronic components. Thin-walled parts that are simultaneously lightweight, precise and torsionally rigid are a particular expertise of Laro NC-Technik in the area of milled parts for lightweight construction.
SPACE ALUMINIUM - SPACE TITANIUM
Materials for ultra lightweight construction of space structures
The choice of materials is of crucial importance in the aerospace industry. Titanium alloys are frequently used due to their high strength and low weight. Aluminium alloys are lightweight and corrosion resistant, making them ideal for use in aerospace applications. Carbon fibre composites (CFRP) offer high strength and stiffness at low weight. INVAR is a material with very low thermal expansion and high strength, which is also used in tool and mould making in CFRP design.
| Metal | Material designation | Properties |
|---|---|---|
Titanium Alloys | Ti-6Al-4V, Ti-6AL-4V ELI, 6AL-6V-2Sn-Ti | High strength, low weight, corrosion resistance, high cycle fatigue resistance - used in aerospace, maritime, chemical industry, biomedical applications |
Aluminium Alloys with Copper | EN AW 2099, EN AW 2196, EN AW 2618 | High strength, prone to corrosion, mostly difficult or not weldable - used in aircraft and aerospace |
Aluminium Alloys with Magnesium | EN AW 5754, EN AW 5083 | Medium to high strength, weldable - used in shipbuilding, transport, pressure vessels, bridges and buildings, as AA5024 (AlMgSc) also for aerospace applications |
Aluminium Alloys with Magnesium + Silicon | EN AW 6082, EN AW 6060, EN AW 6061 | Very weldable and extrudable - mainly used as extruded profiles |
Aluminium Alloys with Zinc | EN AW 7010, EN AW 7019, EN AW 7020, EN AW 7040, EN AW 7050, EN AW 7074, EN AW 7075 | High to very high strength - used in aircraft, aerospace, sports equipment, mobile phone and watch cases |
Invar (Iron-Nickel Alloy) | 1.3912 | High dimensional stability under temperature fluctuations – used in aircraft construction, aerospace engineering, shipbuilding, electronics, and laser housings |
What sets Laro NC-Technik apart are its experienced and qualified employees with comprehensive material expertise, its modern machinery and its customer-orientated company focus. This enables us to fulfil your individual requirements. You can rely on our competence and expertise in the production of aircraft components.
High-speed cutting (HSC milling) enables aerospace parts to be manufactured particularly quickly. From thin-walled, lightweight workpieces to heavy-duty machining: we manufacture highly complex components and guarantee end-to-end process reliability.
High-speed cutting (HSC milling) enables aerospace parts to be manufactured particularly quickly. From thin-walled, lightweight workpieces to heavy-duty machining: we manufacture highly complex components and guarantee end-to-end process reliability.
CNC MILLING OF SPACE ALUMINIUM AND SPACE TITANIUM
Individual parts, components, tools
We mill lightweight components for structural elements such as wings, fuselages and control surfaces from special aerospace aluminium alloys with precision in the µ range. Our high-speed cutting machining centres also effortlessly machine engine parts that have to withstand extreme loads from the toughest alloys. Brackets and housings for electronic components can be milled by Laro NC-Technik from a metal block and delivered ready for assembly. Laro NC-Technik GmbH has particular experience and skills in milling titanium aerospace parts and connecting elements as well as thin-walled parts up to 6 metres in length.
Range of surface coating / surface finishing services
- Glass bead blasting
- Powder coating
- Painting
- Passivation
- Anodising
- Silver plating
- Nickel plating
- Galvanising
- Chromic acid anodising
- Hard anodising
- Copper plating
- Chrome plating
- Gold plating
CNC machinery: plenty of workspace for large-volume machining
If you are looking to have large, thin-walled components milled, Laro NC-Technik GmbH is the right partner for you. With our modern and powerful CNC machines, we are leaders in the machining of parts for the aerospace industry. The mechanical processing of large parts up to 6,000 mm and 20 tonnes is our everyday business. You can rely on precise and safe CNC machining of large parts in our air-conditioned halls.
FPT DINO MAX
High Performance Cutting
High Speed Cutting
Working area X = 6000mm, Y = 3500mm, Z = 1500mm
High Performance Cutting
High Speed Cutting
Working area X = 6000mm, Y = 3500mm, Z = 1500mm
Henri-Line Vertamill 229 Zoom
Working area X = 6000mm, Y = 2850mm, Z = 2100mm
Working area X = 6000mm, Y = 2850mm, Z = 2100mm
Bavius UBZ HP 300/200 T3
Working area X = 4500mm, Y = 2600mm, Z = 1500mm
Bavius UBZ NT 300/200
Working area X = 4500mm, Y = 2600mm, Z = 1500mm
Working area X = 4500mm, Y = 2600mm, Z = 1500mm
Bavius UBZ NT 300/200
Working area X = 4500mm, Y = 2600mm, Z = 1500mm
FPT Dino
Working area X = 2300mm, Y = 1600mm, Z = 900mm
Working area X = 2300mm, Y = 1600mm, Z = 900mm
VIDEO:
Production of a space bracket in fast motion
In this two-minute video you can follow the creation of a complex mounting bracket for the MetOp-SG satellite. From the raw material block to the final inspection.
QUALITY PROMISE
Machined parts that meet aerospace standards
Our customers not only benefit from our high performance standards in machining. They particularly appreciate our reliability and adherence to deadlines. We see ourselves as your partner and are convinced that excellence can only be achieved through efficient teamwork and communication. That's why we make sure we are easy to reach and provide you with a contact person who will actively support you throughout the entire project.
The following points also characterise us as an ideal CNC service provider - especially for the aerospace industry:
The following points also characterise us as an ideal CNC service provider - especially for the aerospace industry:
EN 9100:2018 certification
As a regularly EN 9100-certified milling company, we are officially qualified to manufacture parts for the aerospace industry. We demonstrably pay attention to the exact documentation of our processes and interfaces. All services and products are fully traceable.
Our EN 9100:2018 certification confirms what our customers have long known: Absolute reliability and the highest quality are our standard. Your space components are in the best hands with us.
You can find more information about our EN 9100:2018 certification here.
Our EN 9100:2018 certification confirms what our customers have long known: Absolute reliability and the highest quality are our standard. Your space components are in the best hands with us.
You can find more information about our EN 9100:2018 certification here.
Feasibility analysis
We use virtual machines to reliably check the feasibility of your designs without material or machine costs. This allows us to identify and analyse any challenges in advance. We then work with you to find the optimum solution and support you in adapting your design if necessary. CNC components for the aerospace industry are often highly complex. Here in particular, it is worth carrying out a feasibility analysis. This ensures that time and money are invested efficiently.
Tool and mould making
Materials with high strength and wear resistance are required for the production of moulds for complex geometries and the smallest tolerances. Invar and special aluminium alloys are frequently used. Especially when good thermal conductivity is required to quickly dissipate heat from the moulded parts and speed up the production process.
CERTIFIED AEROSPACE PARTS MANUFACTURER
High Speed Cutting HSC milling for the aerospace industry
Benefit from our many years of experience as a versatile CNC milling company with special expertise in HPC High Performance Cutting and HSC High Speed Cutting. Our broad and in-depth expertise in many areas of machining makes us ideally qualified for the production of highly complex parts. We have also been milling unusual, large and particularly demanding aluminium aerospace components for many years.
Thin-walled aerospace parts
We mill thin-walled parts frequently required in the aerospace industry with minimal tolerances for maximum accuracy. Our experience in this area is the guarantee for your weight-optimised and resistant components and structural parts. The lowest possible weight is of great importance to Aerospace Parts, not only for technical but also for economic reasons.
Titanium | Aluminium | Invar
Our employees are your experts in the machining of aerospace aluminium and aerospace titanium. These materials are particularly valued in the aerospace industry as they combine lightness with high stability. Aerospace structures are lightweight and can withstand heavy external loads. As a proven and versatile material, various aluminium alloys are frequently used in aerospace projects.
Large machining of aluminium
Large-volume machining in particular is part of our broad area of expertise. Aerospace structural design often requires very large and torsion-resistant components with high strength and low weight. We manufacture CNC components up to 6,000 mm in size and 20 tonnes in weight with maximum precision.
You can find more information about our services in large-volume machining here.
You can find more information about our services in large-volume machining here.
Milling large parts to the perfect finish
Laro NC-Technik has invested in a 5-axis milling machine from FPT with Sinumerik One control. The quantum leap in terms of efficiency, precision and surface quality for machining large parts has been achieved and the course has been set for automated workpiece feeding.
📰 Read the press article in the trade journal NC-Fertigung here!
📷 Start interactive 360° tour of the machine
Machine and equipment: The FPT Dinomax has Siemens linear motors, a traverse path of 6,000 x 3,500 x 1,500 mm and can machine large parts at up to 22,000 revolutions per minute.
Automation and precision: The machine enables fully automatic, high-precision machining of aluminium and steel. It can change tools weighing up to 35 kg and process workpieces with a surface load of up to 15 tonnes per square metre.
Control system and software: The Sinumerik One control system offers comprehensive software packages and enables seamless integration into the existing infrastructure.
Efficiency and flexibility: The machine can change the milling spindle fully automatically within three minutes, it can switch from HPC High Performance Cutting to HSC High Speed Cutting and offers high repeat accuracy in the µ range.
Automation: Laro NC-Technik is planning palletising systems to further increase the efficiency of CNC machining of large parts.
📰 Read the press article in the trade journal NC-Fertigung here!
📷 Start interactive 360° tour of the machine
Machine and equipment: The FPT Dinomax has Siemens linear motors, a traverse path of 6,000 x 3,500 x 1,500 mm and can machine large parts at up to 22,000 revolutions per minute.
Automation and precision: The machine enables fully automatic, high-precision machining of aluminium and steel. It can change tools weighing up to 35 kg and process workpieces with a surface load of up to 15 tonnes per square metre.
Control system and software: The Sinumerik One control system offers comprehensive software packages and enables seamless integration into the existing infrastructure.
Efficiency and flexibility: The machine can change the milling spindle fully automatically within three minutes, it can switch from HPC High Performance Cutting to HSC High Speed Cutting and offers high repeat accuracy in the µ range.
Automation: Laro NC-Technik is planning palletising systems to further increase the efficiency of CNC machining of large parts.
CNC MILLING SPACE TRAVEL
Holistic customer service right from the start
Precision parts are indispensable for the aerospace industry. The combination of advanced manufacturing technologies, high-quality materials and strict quality controls ensures the reliability and performance of spacecraft. When it comes to CNC manufacturing for the aerospace industry, we are your full-service provider with an all-round service package. Our range of services goes far beyond machining; we want to support you wherever you are. From the initial idea to the finished milled part, we are the right partner for every project. You will be impressed by our customer-orientated company approach: fast response times, adherence to deadlines and openness to new ideas are just a few examples of what makes us stand out as a partner in machining. Our CNC milling services are reasonably priced and reliable.
Have we piqued your interest?
Make an appointment now for a non-binding consultation!
Sales
Tobias Kreft
+49 7558 930-514
Send e-mail
VCard downloaden (.vcf)
Make an appointment now for a non-binding consultation!
Sales
Tobias Kreft
+49 7558 930-514
Send e-mail
VCard downloaden (.vcf)