Yes. MXY Machining supports the complete robotics product lifecycle, from early-stage R&D prototyping through pilot production and high-volume manufacturing.
Skip to content MXY Machining is at the forefront of the robotics industry, delivering precision CNC machined parts that are essential for the development and operation of advanced robotic systems.
We operate advanced 5-axis CNC machining centers capable of holding tolerances as tight as ±0.005 mm (±0.0002 inches) on complex geometries.
MXY Machining has decades of experience machining the most challenging alloys such as Titanium, Inconel & Nickel Superalloys, Aluminum, Stainless Steels, Advanced Composites & Ceramics.
MXY Machining eliminates the risk and delay of multi-vendor handoffs such as 5-axis CNC milling, CNC turning, Surface finishing & treatment, Reverse engineering & prototyping.
Our every programs run on schedule integrity. MXY Machining combines capacity planning, real-time production monitoring, and a proven supply chain to deliver.
We can fulfill orders of virtually any size, from one-off engine part prototypes to full production of injection molded headlamp covers.
Our engineers will review your designs immediately to provide a fast and accurate quotation for the project. Please contact us and join our newslettel chanel.
Get high-quality early-stage prototypes, improve your ideas, materials, and designs, and quickly create test-ready models.Our process helps you assess and refine your designs so they are fully working and ready for testing.
Quickly develop precise functional prototypes to ensure that performance standards are met.Our models identify potential design issues and help efficiently address them through several rounds of prototype testing.
Confirm the function, performance, and appearance of parts using various materials and surface finishing methods.Anebon offers mechanical designs, materials, and finishes that meet the requirements for aerospace components.
Prepare design documents for large-scale, high-quality manufacturing processes, ensuring strong quality assurance and continuous feedback throughout the design validation testing phase.Make final adjustments to improve the ease of manufacturing.
Prepare design documentation for full-scale, production-ready manufacturing, ensuring strong quality control and continuous feedback throughout the design validation testing phase.Carry out final adjustments to improve the ease of manufacturing.
our cutting-edge facilities equipped with the latest technology and infrastructure to drive innovation and excellence in every aspect.
High-tech facility for exacting CNC manufacturing with utmost accuracy and efficiency.
MXY Machining manufactures precision Robotics industry CNC machined parts for commercial, defense, and space programs including turbine blades, engine mounts, structural brackets, hydraulic manifolds, and landing gear components.
We offer 30+ metal alloys and hundreds of high-performance plastics for prototyping to full-scale production, with finishing options to enhance durability and performance.
Steel |
Aluminum |
Titanium |
PA(Nylon) |
PMMA |
Silicone |
|---|---|---|---|---|---|
| CNC machining, rapid tooling | CNC machining, rapid tooling, sheet metal | CNC machining, SLM 3D printing | CNC machining, SLS 3D printing, injection molding | CNC machining, injection molding | Liquid silicone injection molding |
| Strong, corrosion-resistant, range of grades | Machinable, strong, range of grades | Lightweight, temperature-resistant | Strong, smooth surface finish | Transparent, shatter-resistant | Durable, flexible, biocompatible, inert |
| Brake components, engine components | Cylinder heads, manifolds, Ductwork, housings, bus ducts | Engine valves, axle shafts, pipes, nuclear waste storage | Peripheral engine parts, covers and housings | Lighting components | Seals, cover assemblies, Fluid management devices |
We offer 30+ metal alloys and hundreds of high-performance plastics for prototyping to full-scale production, with finishing options to enhance durability and performance.
The default finish straight from CNC machining like cnc milling, cnc turning, or cnc drilling with no secondary treatment. Visible tool marks, feed lines, and end mill paths remain on the surface, with a typical Ra of 1.6–6.3 µm. Edges may carry slight burrs. The most cost-effective finish suitable for functional components, internal parts, brackets, and any application where cosmetic appearance is secondary to dimensional accuracy and cost. Often followed by deburring or other secondary finishes as needed.
The foundational corrosion protection layer for automotive bodies and chassis. Parts are immersed in a water-based paint bath and an electric current deposits a uniform, pinhole-free primer film on every surface including recesses and cavities. Provides excellent corrosion resistance and serves as the base for subsequent paint layers. Standard for all automotive body-in-white, frames, and structural components.
Electrostatic dry powder paint applied to wheels, chassis brackets, suspension components, and trim, then thermally cured for a durable, chip-resistant finish. Available in any RAL color with matte, satin, or gloss sheens. Provides excellent corrosion and UV resistance and the standard finish for alloy wheels, underbody components, and exterior trim requiring durability and color consistency.
Electrochemical deposition of a bright, hard, highly reflective chromium layer (typically over nickel undercoat) on exterior trim, door handles, grilles, bumpers, and decorative accents. Provides a premium mirror-like appearance with excellent corrosion and scratch resistance. Widely used in automotive exterior styling from classic chrome bumpers to modern trim accents for a distinctive, high-end aesthetic.
Electrochemical process creating a hard, corrosion-resistant, dyeable aluminum oxide layer on aluminum wheels, interior trim, engine components, and structural brackets. Available in any color like black, gunmetal, silver, blue, red. Provides wear protection, improved corrosion resistance, and a premium colored finish. Widely used for aftermarket wheels, interior trim pieces, pedal sets, and engine bay components.
The standard multi-layer finish for automotive body panels: primer → color base coat (solid, metallic, or pearl) → transparent clear coat for gloss, UV protection, and scratch resistance. Produces a deep, high-gloss, durable finish with excellent color retention. The defining aesthetic finish for all vehicle exteriors available in thousands of colors with solid, metallic, pearl, and matte effects.
Hot-dip galvanizing immerses steel chassis, underbody brackets, and structural components in molten zinc, creating a thick, corrosion-resistant zinc-iron alloy coating with a characteristic spangled pattern. Provides excellent long-term corrosion protection for outdoor and underbody applications. Standard for automotive frames, chassis components, brackets, and any steel part exposed to road salt, moisture, and harsh underbody conditions.
Chemical conversion coating creates a uniform matte black finish on steel fasteners, bolts, nuts, brackets, and small hardware. Minimizes light reflection, provides mild corrosion protection (often enhanced with oil or wax topcoat), and does not affect dimensional accuracy. Widely used for automotive fasteners, interior hardware, engine compartment components, and any steel part requiring a non-reflective black finish without plating thickness.
Mechanical process bombarding the surface with small spherical media (steel shot, glass beads) to create a uniform dimpled texture and induce compressive residual stresses, significantly improving fatigue resistance. Essential for high-stress engine components like connecting rods, crankshafts, gears, valve springs, and suspension components. The peened surface also improves lubricant retention and reduces crack propagation in cyclically loaded automotive parts.
Vacuum deposition process applying a thin, hard, wear-resistant metallic coating (titanium nitride, chromium nitride, zirconium nitride) in various colors such as gunmetal, black, bronze, gold. Produces a premium, durable, scratch-resistant finish with excellent color stability. Used for high-end automotive interior trim, gear shift knobs, door handles, badges, and luxury vehicle accents requiring a refined metallic appearance with superior durability over traditional plating.
High-temperature resistant ceramic-based coating applied to brake calipers, exhaust components, engine parts, and underbody heat shields. Withstands temperatures up to 1000°C+ while providing a smooth, glossy, durable finish in vibrant colors (red, yellow, blue, black). Protects against heat, corrosion, chemicals, and road debris. Popular for performance brake calipers, exhaust manifolds, turbo housings, and any automotive component requiring heat resistance with a premium colored finish.
We use only the highest-grade materials, ensuring durability and performance in every sheet fabrication project.
Our cutting-edge technology and machinery allow for precise, efficient, and cost-effective sheet fabrication solutions.
We offer extensive customization options to perfectly align with your project specifications and design requirements.
From rapid prototyping to high-volume production, our processes enable us to meet your production needs.
Every component undergoes rigorous quality checks, surface finish validation, ensuring parts meet exact specifications.
Utilizing state-of-the-art CNC machining technologies, we produce complex geometries and tight tolerances with ease.
Assembly, finishing, surface treatments
Custom packaging & labeling
Integrated solutions for production
Laser cutting, CNC bending
± 0.1 mm (± 0.004 in)
Lead times from 5 business days
Injection molding
From 1 to 1,000,000 parts
Lead times from 7 business days
Milling, turning and post-processing
Tolerances down to ±.020 mm (±.001 in)
Lead times from 5 business days
FDM, SLA, SLS, MJF
± 0.3% tolerance (± 0.3 mm / ± 0.012 in)
Lead times from 1 business day
Discover the genuine experiences of our customers. Their words carry more weight than our claims. Explore how we’ve exceeded expectations and fulfilled unique requirements.
MXY Machining sheet cutting service has been a cornerstone in our manufacturing process. Their ability to deliver clean, precise cuts allows us to maintain high standards in our product assembly operations. Absolutely reliable and professional.
Olivia P.
The SLA services from MXY Machining have been critical in our design verification process. The quality of the finished parts and the clarity of details they achieve with their technology is truly impressive.
Carlos D.
MXY Machining expertise in FDM has been a game-changer for our prototyping needs. Their recommendations on material choices and design adjustments helped us achieve functional prototypes much faster than anticipated.
Aaron L.
We needed a partner capable of handling our custom waterjet cutting needs, and MXY Machining exceeded all expectations. Their ability to work with tough materials while maintaining high precision has significantly improved our production line.
Sandra T.
MXY Machining in CNC machining is unparalleled. They turned our complex designs into reality with incredible accuracy and speed. It’s refreshing to work with a team that truly understands the importance of detail in engineering.
James K.
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Can you support robotics prototyping through high-volume production?
Yes. MXY Machining supports the complete robotics product lifecycle, from early-stage R&D prototyping through pilot production and high-volume manufacturing.
Do you offer 5-axis machining for complex robotic joint geometries?
Yes. 5-axis CNC machining is essential for many robotics components, particularly joint housings, wrist assemblies, and complex arm link geometries that require machining on multiple faces with compound angles.
What materials do you work with for robotics components?
Structural & arm components: Aluminum alloys 7075-T6 for high-strength structural parts, 6061-T6 for general frames and housings, 5052 for sheet metal brackets.
High-load & wear-critical: Stainless steel (17-4 PH for hardened shafts and gears, 304/316 for corrosion-resistant parts), alloy steels (4140, 4340 for hardened shafts and bearing components), and tool steels for high-wear gripper jaws and tooling.
Premium lightweight: Titanium (Grade 5 / Ti-6Al-4V) for aerospace and medical robotics joints where high strength and low weight are critical.
Engineering plastics: POM (acetal) for low-friction gears and bushings, nylon/PA66 for structural brackets, PEEK for high-temperature and chemically resistant components, and UHMWPE for wear pads and linear guides.
What tolerances do you achieve for critical robotics components?
Precision is critical in robotics because dimensional errors compound across multi-axis movement, causing backlash, vibration, positioning inaccuracy, and premature wear. Our standard machining tolerances are ±0.0005 inch (0.0127 mm), with critical features held to ±0.020 mm (±0.001 inch) or tighter.
What robotics components can MXY Machining manufacture?
MXY Machining manufactures precision components for industrial robots, collaborative robots (cobots), autonomous mobile robots (AMRs), robotic arms, and custom automation systems.
Our capabilities include:
We support both articulated robot arms and parallel/delta robot configurations, from single prototype joints through complete robot body structural sets.