High precision engine components for aviation manufacturing
GIproto: Your Aerospace Manufacturing Partner
Great Light specializing in custom metal and plastic parts, we offer CNC machining, sheet metal fabrication, injection molding, and rapid prototyping—start with our lightning-fast quoting platform today!
- 20+ years of experience in the industry
- 300+ In-house manufacturing equipment
- Reply in 1 hour, quote in 24 hours, delivery in 3 days
Get Inquiry NowAbout Great Light
Engineered for Excellence: Your Partner in Aviation
You have the vision for the next great vehicle. We have the precision manufacturing expertise to make it happen. At Glproto, we see ourselves as an extension of your team, dedicated to solving your toughest challenges with our advanced CNC capabilities. We work alongside you to produce every critical component, ensuring it meets your exacting standards. Whether it’s a lightweight chassis part or a flawless interior assembly, we’re here to build the core of your product, so you can focus on bringing your innovation to market.
1. Aerospace Structures & Components
We craft mission-critical parts for airframes, wings, and internal structural assemblies. Utilizing advanced CNC machining and a wide range of lightweight, high-strength alloys, we produce components that are essential for the structural integrity and durability of an aircraft. Our expertise ensures every part we deliver is a testament to uncompromised quality and reliability, built to perform flawlessly under the most demanding conditions.
2. Engine & Propulsion Systems
The heart of any aircraft demands the highest level of precision. We specialize in manufacturing components for engine and propulsion systems, including complex turbine blades, housing units, and fuel manifolds. Our capabilities in working with exotic alloys and our ability to hold tight tolerances allow us to produce parts that can withstand extreme temperatures, high pressures, and dynamic stresses, ensuring optimal performance and safety.
3. Avionics & Control Systems
In a world where every gram and millimeter counts, we deliver the precision components required for complex avionics and flight control systems. Our multi-axis CNC machining and meticulous quality control are perfect for producing the intricate enclosures, mounts, and electrical components that ensure the seamless function of cockpit controls, navigation systems, and onboard electronics. We are your partner in building the critical systems that guarantee safe and efficient flight.
4. Prototyping & R&D
Innovation in aviation moves at the speed of light, and so should your manufacturing partner. We accelerate your research and development cycle with lightning-fast quoting and rapid prototyping services. From initial concept to a fully functional prototype, we turn your bold new designs into tangible, testable parts quickly and cost-effectively, allowing you to iterate faster, test more, and bring your groundbreaking ideas to market ahead of the competition.
5. Advanced Drones & UAVs
The future of flight is taking to the skies on smaller wings. We are a key partner in the rapidly evolving unmanned aerial vehicle (UAV) market, delivering lightweight and robust components for everything from commercial logistics drones to advanced military reconnaissance vehicles. Our ability to machine complex geometries from lightweight materials like aluminum and composites makes us the ideal choice for manufacturers looking to build the next generation of high-performance, long-endurance aerial systems.
Can't Find Your Industry? We're here for help!
No matter how complex your application is, our team can provide a tailored manufacturing solution. Contact us now for a custom consultation and quotation.
The GIproto Advantage: Your Partner in Precision Aviation
Building the Future of Aviation with Glproto
At GIproto, we are your dedicated partner in precision aerospace manufacturing. We don’t just machine parts; we translate visionary aerospace blueprints into tangible reality. Leveraging advanced techniques like CNC machining and 3D printing, we specialize in both rapid prototyping and production runs for the most demanding applications. We provide the quality and speed you need to bring next-generation aircraft to life, ensuring every flight-critical component we craft is a testament to our commitment to flawless execution and dependable quality.
What kind of aviation parts can we make?
The aerospace industry demands a wide range of precision parts made from both metals and plastics. At GIproto, our top priorities for aviation customers include:
- Tight tolerances for flight-critical components and intricate assemblies
- Durable materials that can withstand extreme temperature, pressure, and stress
- Excellent quality control with on-machine inspection and CMM
Below are some of the types of aerospace parts we can manufacture for you:
From Concept to Flight: Your Aerospace R&D Accelerated
The aerospace industry is defined by ambitious timelines and a zero-tolerance for error. At GIproto, we bridge this gap by offering a powerful combination of advanced manufacturing and rapid prototyping. Leveraging both CNC machining and injection molding, we help you bring new components from design to reality with the speed and quality required to succeed. This integrated approach empowers you to drastically reduce your R&D cycles, test designs in real-world conditions faster, and get to market ahead of the curve.
Get Inquiry Now!
Advanced Manufacturing for the Aerospace Frontier
The future of flight is built on a foundation of precision. At GIproto, we are dedicated to providing the advanced manufacturing technologies that enable this future. Our specialization in CNC machining and rapid prototyping helps you push the boundaries of what’s possible, ensuring your innovations are not just ready, but revolution-ready for the aerospace frontier.
GIproto: Your Partner in Precision Aviation
Every aerospace project starts with a complex vision. Our gallery is a testament to our ability to turn those visions into reality. Explore our work to see how we’ve partnered with clients to deliver high-precision prototypes and parts—from flight-critical engine components to intricate interior systems—that meet their most ambitious goals.
Materials for Aerospace Manufacturing
Choosing the right material is a critical step for any aerospace project. We don’t just provide parts; we help you navigate the huge range of material possibilities with all our manufacturing processes. We work with you to select the ideal material that balances durability, performance, and cost for your specific application.
| Images | Types | Best technologies | Benefits | Example parts |
|---|---|---|---|---|
 | Steel | CNC machining, rapid tooling | Strong, corrosion-resistant, range of grades | Brake components, engine components |
 | Aluminum | CNC machining, rapid tooling, sheet metal | Machinable, strong, range of grades | Cylinder heads, manifolds, Ductwork, housings, bus ducts |
 | Titanium | CNC machining, SLM 3D printing | Lightweight, temperature-resistant | Engine valves, axle shafts, pipes, nuclear waste storage, pumps, turbines |
 | PA(Nylon) | CNC machining, SLS 3D printing, injection molding | Strong, smooth surface finish | Peripheral engine parts, covers and housings |
 | PMMA | CNC machining, injection molding | Transparent, shatter-resistant | Lighting components |
 | Silicone | Liquid silicone injection molding | Durable, flexible, biocompatible, inert | Seals, cover assemblies, Fluid management devices, respiratory devices |
Finishes That Outlast the Elements
Flight environments are unforgiving. That’s why the right finish is essential for protecting your components from heat, corrosion, and wear. Our surface treatments solutions are the final shield your parts need, expertly designed to enhance their performance and extend their lifespan. From engine parts to cockpit panels, we provide the ultimate in durability and aesthetic quality, giving you peace of mind that your innovations will stand the test of time and the elements.
| Surface Finishes | Description | Services | Applicable Materials | |
|---|---|---|---|---|
 | As Machined | Standard finish, surface roughness of 3.2 μm (126 μin), removes sharp edges and deburs parts cleanly. | CNC machining, Sheet metal fabrication | Metals, Plastics |
 | Sand Blasting | Powerfully propels blast media against surfaces to remove coatings and impurities. | CNC machining, Sheet metal fabrication | Metals, Plastics |
 | Electropolish | Electrochemical process that smoothens, polishes, and deburrs metal surfaces to a high gloss. | CNC machining | Stainless steel, Copper, Aluminum |
 | Heat Treatment | Alters the physical (and sometimes chemical) properties of a material to achieve desired mechanical properties. | CNC machining | Metals |
 | Anodizing | Electrochemical process that forms a durable, corrosion-resistant oxide layer on the surface of metals. | CNC Machining, Sheet metal fabrication | Aluminum |
 | Teflon Coating | Applies a protective layer of PTFE to reduce friction and enhance corrosion resistance. | CNC machining, Sheet metal fabrication, Injection molding | Metals, Plastics |
 | Black Oxidize | Chemical bath that creates a black oxide coating on metal to improve corrosion resistance. | CNC machining, Sheet metal fabrication | Steel, Iron |
 | Electroless Plating | Deposition of a metal coating on substrates using an autocatalytic chemical process. | CNC machining, Injection molding, 3D printing | Metals, Plastics |
 | Electroplating | Uses electric current to reduce dissolved metal cations to form a coherent metal coating. | CNC machining, Sheet metal fabrication | Metal |
 | Painting | Application of paint for aesthetic improvements and protective coatings. | CNC machining, Sheet metal fabrication, Injection molding, 3D printing | Metals, Plastics, Wood |
 | Passivation | Chemical treatment to enhance the corrosion resistance of metals by removing free iron from the surface. | CNC machining, Sheet metal fabrication | Stainless Steel, Other Corrosion-resistant Alloys |
 | Powder Coating | Dry finishing process using powdered paint to provide a high-quality, durable finish. | CNC machining, Sheet metal fabrication | Metals, Some Plastics |
 | Electrophoresis | Coating process using charged particles suspended in a solvent, typically for uniform finishes. | CNC machining, Sheet metal fabrication | Metals, Some Plastics |
 | Brushed Finish | Mechanical polishing that produces a unidirectional satin finish. | CNC machining, Sheet metal fabrication | Metals |
 | Chromed | Durable chrome plating surface treatment for wear resistance, hardness, and corrosion protection. | CNC machining, Sheet metal fabrication | Metals |
Frequently Asked Questions (FAQs)
Q1: What is CNC machining and why is it essential for the aviation industry?
A1: CNC (Computer Numerical Control) machining is a precision manufacturing process that uses computer-controlled machines to create complex, high-tolerance parts. It is essential to the aviation industry because it enables the production of components with the extreme accuracy, consistency, and repeatability required for flight-critical applications, ensuring both the safety and performance of an aircraft.
Q2: What is the primary difference between standard CNC machining and aerospace-grade CNC machining?
A2: While standard CNC machining focuses on creating parts with a high degree of accuracy, aerospace-grade machining operates with significantly tighter tolerances, often down to the micron level. It also requires the use of specialized materials and must adhere to a strict set of industry certifications and quality assurance protocols to ensure parts can withstand the extreme conditions of flight.
Q3: What types of materials do you commonly machine for aerospace projects?
A3: We work with a wide range of materials specifically chosen for their performance in the aerospace industry. This includes lightweight and high-strength aluminum alloys (such as 7075-T6), titanium for its exceptional strength-to-weight ratio and heat resistance, and high-performance plastics like PEEK and carbon fiber composites.
Q4: How do you ensure the quality and traceability of every aerospace component?
A4: We uphold the highest quality standards through a meticulous, end-to-end quality control system. Our processes include on-machine probing, in-process CMM (Coordinate Measuring Machine) inspections, and rigorous final inspections. Every component is fully traceable from the raw material to the finished part, with complete documentation and adherence to industry certifications like AS9100.
Q5: Can you handle both rapid prototyping and full-scale production runs for aviation parts?
A5: Yes, we are equipped to handle projects at any stage of their lifecycle. Our integrated facilities and processes allow us to quickly produce prototypes and small batches for testing and design validation, and then seamlessly transition to full-scale, cost-effective production runs, all while maintaining consistent quality and precision.
Q6: What kind of aviation components can you manufacture with CNC technology?
A6: Our CNC capabilities enable us to manufacture a diverse array of aviation components. This includes flight-critical parts like engine and landing gear components, as well as complex structural elements, avionics enclosures, hydraulic manifolds, and intricate interior and cockpit components that require a perfect balance of strength and lightweight design.
Q7: What is the role of 5-axis CNC machining in your aerospace services?
A7: 5-axis CNC machining is a core capability that allows us to create highly complex aerospace geometries in a single setup. By moving along five different axes, we can machine intricate parts like turbine blades and complex fluid channels with exceptional efficiency and precision, reducing the need for multiple setups and improving part integrity.
Q8: How does your CNC manufacturing process help us reduce our time-to-market?
A8: Our streamlined process, from our lightning-fast quoting platform to our agile manufacturing techniques, is designed to accelerate your development cycle. By combining rapid prototyping with efficient production capabilities, we empower you to iterate designs faster, conduct testing sooner, and ultimately get your new innovations to market ahead of the competition.
Turn Your Ideas Into Reality.
We handle everything from design analysis to final production, ensuring a seamless and effortless experience for you.