PRECISION ASSEMBLY
At MMG CNC, we provide high-quality assembly services to streamline production and deliver ready-to-use components for aerospace, defense, firearms, and industrial applications. Our expertise extends beyond machining to include mechanical assembly, fastener installation, press-fitting, bonding, and sub-assembly integration, ensuring that your parts arrive fully assembled and production-ready.
By integrating assembly with precision machining, we help reduce handling time, lower costs, and improve production efficiency, providing you with a seamless manufacturing solution.
Fastener & Hardware Installation
We provide precise installation of mechanical fasteners, including rivets, threaded inserts, helicoils, and specialty hardware, to enhance the strength and functionality of machined components. Our expertise ensures secure, reliable connections that meet the demands of high-performance applications in aerospace, defense, firearms, and industrial manufacturing.
Press-Fit & Bearing Assembly
Our press-fit and bearing assembly services ensure accurate fitment of bushings, pins, bearings, and other precision components. By applying controlled force and precision alignment, we achieve tight, interference-free fits, improving component stability, reducing wear, and enhancing the overall performance of mechanical systems.
Bonding & Adhesive Applications
For assemblies requiring structural integrity without mechanical fasteners, we offer bonding and adhesive solutions for secure attachment of components. Using industrial-strength adhesives, epoxy bonding, and surface preparation techniques, we provide high-strength, durable connections suitable for high-stress environments.
Mechanical & Sub-Assembly Integration
We specialize in assembling multiple machined components into complete, functional sub-assemblies, reducing handling time and streamlining production for our customers. Our turnkey assembly solutions allow for seamless integration into larger systems, helping manufacturers reduce lead times and improve overall efficiency.
