Firearm Parts
Precision-Machined Firearm Parts
Elevating firearm part manufacturing with unparalleled precision and quality
At Machining Technologies, we understand that in the world of firearm manufacturing, precision isn’t just a goal—it’s a necessity. Our state-of-the-art facilities and expert technicians work tirelessly to produce firearm parts that meet and exceed the exacting standards of our corporate clients.
Our Specialties
We take pride in our ability to manufacture a wide range of critical firearm components, including:
- Gas Keys: Engineered for optimal performance and longevity
- Buffer Tube Assembly: Precision-crafted for smooth operation and durability
- Barrel Nuts: Manufactured to exact specifications for perfect fit and function
- Forward Assist Assembly: Designed for consistency and reliability
- Flash Suppressors/A2 Flash Hiders: Effectively reduce muzzle flash
Each part we produce is a testament to our commitment to excellence, ensuring your firearms operate flawlessly when it matters most. Keep reading to learn about our process for all firearm parts.
Why Choose Machining Technologies?
Unmatched Precision
Our cutting-edge machinery and skilled technicians work in harmony to achieve tolerances that others deem impossible. When you choose us, you’re choosing parts that fit right, every time.
Lightning-Fast Turnaround
In the fast-paced world of manufacturing, time is money. We pride ourselves on our ability to deliver high-quality parts with industry-leading speed, keeping your production lines moving without compromise.
Unwavering Quality Assurance
Quality isn’t just a buzzword at Machining Technologies—it’s our foundation. Every part undergoes rigorous testing and inspection, ensuring that only the best make it to your assembly line.
Gas Keys
Machining Technologies specializes in precision machining of firearm components, including the critical process of manufacturing gas keys. A gas key is an essential part of the bolt carrier group (BCG) in many firearms, particularly AR-15 style rifles. The gas key directs gas from the gas tube into the bolt carrier to cycle the action, making precision and durability paramount.
The machining process at Machining Technologies involves cutting, shaping, and drilling the gas keys to tight tolerances using advanced CNC (Computer Numerical Control) machines. This ensures consistency, precision, and reliability in each part produced. The process includes thorough quality control checks to ensure that each gas key meets industry specifications for strength and performance.
Machining Technologies offers gas keys in two different finishes: “in the white” and manganese phosphate. “In the white” refers to gas keys that are unfinished, leaving the raw, metallic surface exposed. This finish is ideal for those who wish to apply their own custom finish or for certain assembly needs.
The manganese phosphate finish, also known as Parkerizing, is a durable, corrosion-resistant coating applied to the gas keys. This finish provides a matte, dark appearance and adds a layer of protection against rust and wear, making it a preferred choice for many manufacturers and users who require a ready-to-install, resilient product. The manganese phosphate coating process involves cleaning, submerging the part in a heated phosphate solution, and allowing it to chemically bond with the metal, creating a tough and reliable finish.
By offering gas keys in both finishes, Machining Technologies meets the diverse needs of firearm manufacturers, gunsmiths, and enthusiasts, providing high-quality components tailored to specific applications.
Buffer Tube Assembly
Machining Technologies specializes in the precise manufacturing of buffer tube assemblies, a critical component for AR-15 style rifles and similar firearms. The buffer tube, also known as the receiver extension, is an integral part of the firearm’s recoil management system. It houses the buffer and buffer spring, which absorb recoil and facilitate the cycling of the bolt carrier group (BCG). Precision in manufacturing is essential to ensure reliable operation, durability, and compatibility with a wide range of stocks and accessories.
Machining Technologies employs state-of-the-art CNC (Computer Numerical Control) machining processes to produce buffer tubes to exacting tolerances. This precision machining ensures the buffer tubes maintain consistent internal and external dimensions, which is crucial for smooth cycling and secure attachment to the lower receiver. The process includes threading the end of the tube to ensure a secure fit into the lower receiver, as well as precise machining of the tube’s length and diameter to accommodate standard or carbine-length buffer systems.
Quality control is a cornerstone of Machining Technologies’ approach to manufacturing. Each buffer tube undergoes rigorous inspection to meet industry standards for strength, alignment, and finish. This ensures that every piece meets the needs of both OEM manufacturers and aftermarket customers, offering reliable performance in a variety of shooting conditions.
Machining Technologies offers buffer tube assemblies in different finishes, such as anodized coatings, which provide a hard, wear-resistant surface that resists corrosion and extends the lifespan of the tube. This attention to detail in both the machining and finishing processes ensures that Machining Technologies delivers buffer tube assemblies that offer superior performance, durability, and compatibility for firearm enthusiasts and manufacturers alike.
Barrel Nuts
Machining Technologies specializes in the precision machining of barrel nuts, a vital component in firearm assembly, especially in the AR-15 platform and other modular rifles. The barrel nut secures the barrel to the upper receiver and provides a stable platform for attaching the handguard. Due to its critical role in maintaining the alignment of the barrel and ensuring the firearm’s overall accuracy and reliability, precise machining of the barrel nut is essential.
Machining Technologies employs advanced CNC (Computer Numerical Control) machines to manufacture barrel nuts with exacting tolerances. This precision ensures that the threading of the barrel nut aligns perfectly with the upper receiver, facilitating easy installation and a secure fit. The machining process involves cutting, threading, and finishing the barrel nuts to exact specifications, ensuring compatibility with a wide range of barrels, handguards, and upper receivers.
Quality control is a key focus at Machining Technologies, with each barrel nut undergoing rigorous inspections to ensure it meets industry standards for strength, durability, and proper thread alignment. This ensures that each part functions flawlessly, providing the necessary torque to keep the barrel securely in place without the risk of loosening or misalignment during use.
In addition to precision machining, Machining Technologies offers barrel nuts in a variety of finishes, such as manganese phosphate, anodizing, or nitride coatings, depending on customer requirements. These finishes provide enhanced corrosion resistance and durability, allowing the barrel nuts to withstand harsh environmental conditions and prolonged use.
By combining cutting-edge machining techniques, stringent quality control, and durable finishing options, Machining Technologies delivers high-quality barrel nuts that meet the demands of firearm manufacturers, gunsmiths, and enthusiasts seeking reliable performance and long-lasting components for their builds.
Forward Assist Assembly
Machining Technologies is a leading provider of precision machining for firearm components, including the forward assist assembly, an essential part of many AR-15 and similar rifles. The forward assist is a small but critical component that allows users to manually ensure the bolt is fully seated, providing added reliability in situations where the bolt carrier might not fully cycle due to debris, fouling, or other factors. This helps ensure that the rifle is ready to fire and function correctly under challenging conditions.
The machining of forward assist assemblies at Machining Technologies involves high-precision CNC (Computer Numerical Control) processes. These processes ensure that each component, from the plunger to the spring housing and pawl, meets stringent tolerances for size, shape, and fit. The precise machining of the forward assist assembly ensures smooth operation, reliable engagement with the bolt carrier, and ease of installation into the upper receiver.
Quality control is a top priority throughout the production process. Each forward assist component is thoroughly inspected to ensure it meets industry standards for strength, durability, and functionality. This guarantees that every part will perform reliably in the field, providing the necessary mechanical advantage to help seat the bolt when conditions demand.
Machining Technologies also offers forward assist assemblies with various finishes, such as black anodizing or nitride coatings. These finishes add a layer of corrosion resistance and durability to the components, ensuring long-lasting performance even in harsh environments. The attention to detail in both machining and finishing makes Machining Technologies’ forward assist assemblies a trusted choice for firearm manufacturers and enthusiasts seeking reliable, high-quality parts.
Flash Suppressors |
A2 Flash Hiders
Machining Technologies excels in the precision machining of flash suppressors, a crucial component for reducing muzzle flash and enhancing shooting accuracy. The flash suppressor disperses hot gases exiting the barrel, minimizing the visible flash that could otherwise reveal the shooter’s position, especially in low-light conditions.
Using advanced CNC (Computer Numerical Control) machines, Machining Technologies ensures each flash suppressor meets exacting standards for precision, alignment, and durability. The complex geometry of flash suppressors requires precise cutting and shaping, which Machining Technologies handles with skill and expertise, creating uniform and reliable components that meet the needs of professional firearm manufacturers and individual enthusiasts alike.
Each flash suppressor undergoes strict quality control checks to ensure consistent performance and a perfect fit with a variety of barrels. Machining Technologies also offers various durable finishing options, such as black nitride and manganese phosphate coatings, to enhance the part’s resistance to corrosion and wear. These high-quality finishes extend the lifespan of the flash suppressor and provide a sleek, professional appearance.
By focusing on quality machining, rigorous testing, and durable finishes, Machining Technologies provides flash suppressors that offer effective flash reduction, durability, and superior performance in demanding conditions.
Ready to Elevate Your Firearm Part Manufacturing?
Don’t let subpar parts compromise your products. Partner with Machining Technologies and experience the difference that true precision can make.
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