manufacturing services
PRECISION CNC MACHINING
Custom CNC Machining Services: 5 Axis and 9 Axis Machining and Turning
5-Axis CNC Machining
In a single operation, our 5-axis CNC machine has the ability to manufacture customized polyhedrons and intricate structural parts.
9-Axis CNC Machining & Turn
With the CNC 9-Axis machining and turning machine, your CNC partner can create high-performance parts in various materials and intricate shapes.
5-Axis Water Jet Cutters & Wire EDM
Like the conventional 5-Axis machine, this variant employs water jet cutters or wires to work with diverse materials while maintaining structural integrity during the cutting process.
OUR ADVANCED CNC MACHINING CAPABILITIES ARE DESIGNED FOR QUALITY
We have developed a proprietary technology suite we call GN 4.0. Using the industrial internet of things, artificial intelligence, and advanced machining capabilities our qualified and AS9100D certified machine shop provide advanced precision machining to the Aerospace, Automotive, Oil & Gas and Defense sectors.
Our commitment to quality and service with our ISO 9001:2015 and AS9100D certified quality management system, has helped us build a reputation for integrity, which in turn has led to long-lasting relationships with our customers and suppliers. GN Corporations is proud to offer all of the machining capabilities your company requires:
CNC MACHINING INDUSTRY APPLICATIONS
CNC MACHINING FAQS
What is CNC Machining?
CNC machining is the automated control of machine tools by a computer that reads preprogrammed sequences of commands (G-code) to cut, drill, and shape materials to precise specifications. By translating CAD/CAM designs into automated movements, CNC machines deliver high accuracy, repeatability, and efficiency for complex parts across industries. This process reduces manual intervention, shortens setup times, and can handle a wide range of materials from metals to plastics and composites, making it a cornerstone of modern manufacturing.
What Is The Difference Between CNC Machining and Traditional Machining?
In the bygone era of manufacturing, the craft of shaping metal was firmly in the hands of the machinist, a master of tools and measurements. Guided by the intricate blueprints crafted by engineers, these artisans would deftly manipulate dials and levers, employing an arsenal of cutting tools from hardened steel to industrial diamonds. Their keen eyes and seasoned hands worked in concert with calipers and gauges to ensure each dimension met the stringent demands of the design.
Enter the era of CNC machining, where precision is not just an outcome but a relentless pursuit. Embracing the same objectives as its traditional counterpart—cutting, milling, and forming metal—CNC machining transcends manual efforts with its symphony of computerized numerical control. A single set of code, meticulously crafted by programmers, commands the machines to replicate complex operations with a consistency that rivals perfection, from the first cut to the five-hundredth. This digital orchestration of tools, powered by the exactitude of Cartesian coordinates, has revolutionized manufacturing, offering the ability to swiftly adapt to design iterations and material changes, marking a new epoch in production and engineering.
Which sectors stand to gain from the precision of CNC machining?
CNC machining serves as a pivotal manufacturing process, integral to a multitude of sectors. Its applications span the high-stakes realm of aerospace, the innovation-driven automotive industry, and the dynamic world of consumer electronics and robotics. The method is equally essential in agriculture, where precision-engineered metal components are crucial. Beyond these, the medical field relies on it for creating intricate devices, while everyday household items, energy solutions, and the oil and gas sector also benefit from its unparalleled precision.
Which components move during CNC Machining?
During CNC machining, the bed or worktable moves along the X and Y linear axes to precisely position the workpiece under the cutting tool. Simultaneously, the spindle and attached cutting tool (or tool holder) move vertically along the Z-axis, and on multi-axis machines, additional rotary or tilting axes engage and shape the material. These coordinated motions are driven by servo motors, ball screws, and linear guides under closed-loop CNC control for high accuracy and repeatability.
Are you ready to see how our custom CNC machining services can revolutionize your processes?
GEt a cnc machining quote
STREAMLINE YOUR ENTIRE PROCESS WITH OUR VALUE ADDED SERVICES
We hear it all the time, a new client will tell us that they have products machined at one CNC machine shop, only to have them shipped somewhere else for assembly , protective coating , and other processes that must be completed before the product is completed. The transportation costs alone eat into production costs, plus the opportunity for logistical issues to disrupt production.
Our additional value-added services are designed to complete as many processes as you desire to get you closer to the finished product. Or even all the way there.
Get your project completed without investing in expensive equipment. You can pick any of our services to outsource your manufacturing needs and accelerate your production timeline.
contact usWe Offer:
- Complete Assembly
- Hard Facing
- Welding
- Brazing
- Hydrostatic Pressure testing
- Liquid Penetrant Inspection
- Magnetic Particle inspection
- Zinc Phosphate Coating
- Fluoropolymer Coating
- Molybdenum Coating
- Induction Hardening
- Enamel Coating
- Sandblasting/Shot Peen
- Crating/Packaging
- Primer Coat per Military Spec.
- Powder Coat per Military Spec
- C.A.R.C. Painting per Military spec.
- Chromate per ASTM B449-93, Class 3
WE MAINTAIN UP TO DATE INDUSTRY CERTIFICATIONS
AS9100D
ISO 9001:2015
ISO 45001:2018
ISO 14001:2015
Controlled Goods Program

AS9100D
ISO 9001:2015
ISO 45001:2018
ISO 14001:2015
Are you ready to see how our custom CNC machining services can revolutionize your processes?
We have over five decades of machining experience behind us, and we’ve been adopting advanced technologies every step of the way. Our staff and technicians have the required knowledge and skills needed to ensure your manufacturing experience is seamless from start to finish.
Our services make use of the latest advancements in industrial IoT, automation, machining technologies, and artificial intelligence to better serve our clients.
Each technology has been meaningfully adopted into our machining services to enhance the precision and speed of our services.
Are you ready to work with a machining company that has focused on quality for over 50 years and strives for continuous improvement? Reach out to us today to see how our advanced machining services can revolutionize your manufacturing processes.