Robotics & Automation. Precision components for intelligent
machines.
We empower robotics companies to scale from
prototype to full production with precision-engineered metal components — actuator housings, robotic
joints, arm structures, and more — backed by a reliable, end-to-end global supply chain.
High-quality manufacturing for robotics and automation
Robotics demands three things at once: precision,
lightweight strength, and the ability to scale fast. MES delivers all three — combining advanced
manufacturing, engineering expertise, and global production capacity to help robotics companies
bring the next generation of intelligent machines to market.
From industrial robots and collaborative robots to
autonomous mobile robots and humanoid systems, MES provides the metal component solutions that power
robotic innovation — matched to the right process, engineered for weight and accuracy, and produced
from prototype through full volume.
01
Engineer
Designed for precision and strength-to-weight
02
Produce
Cast, forged, and machined at scale
03
Deliver
Prototype to volume, one partner
Spotlight
From prototype to production — without switching partners
Robotics companies move fast, and their supply
chains have to keep pace. MES supports the full journey — rapid prototyping to validate a design,
pilot runs to qualify it, and scalable serial production to launch it — with one accountable partner
the whole way.
Precision where it counts
Tight-tolerance machining for bearing seats, gear interfaces,
and joints
Lightweight by design
Aluminum and magnesium components engineered for
strength-to-weight
Speed to scale
DFM support and rapid prototyping that accelerate
time-to-market
One partner, five processes
Die casting, forging, extrusion, investment casting, and
machining
Robotics
Components
Components across the full
robotic system
MES provides metal components across the entire spectrum of
robotic systems — each matched to the process that makes it best.
Robot Arm Structures
Lightweight structural links and housings — die
casting, extrusion + machining.
Actuators & Gearboxes
Precision housings and gearbox components — die
casting + machining.
Grippers, tools, and precision end-of-arm parts —
machining, casting.
Electronics & Battery Enclosures
EMI-shielded, thermally managed housings — die
casting + machining.
Mobility Systems
Structural components for autonomous mobile bases
— casting + machining.
Robot Types We
Serve
Built for every class of
robot
Industrial Robots
Collaborative Robots (Cobots)
Autonomous Mobile Robots (AMR)
Humanoid Systems
Humanoid
Robotics
Supporting the future of humanoid robotics
Humanoid robots are one of the fastest-growing
frontiers in robotics — and each system requires dozens of precision metal components, from actuator
housings to joint structures to lightweight frames. MES is uniquely positioned to support this
emerging industry:
Lightweight aluminum castings for robotic limbs
High-strength forged components for joints
Precision-machined actuator housings for drive systems
Structural components for robotic frames — and more
Our integrated manufacturing capabilities let humanoid innovators scale
rapidly from prototype to production.
Materials
Engineered for
strength-to-weight
Robotics components demand materials that deliver precision and
strength without unnecessary mass.
Aluminum Alloys
A380, 6061, 7075 for lightweight structural and housing
components
Magnesium Alloys
Maximum weight reduction for mobile and wearable robotics
Stainless & Carbon Steel
Strength and durability for high-load joints and drivetrains
Robotics systems require a wide range of precision metal components, including robot arm structures, actuator housings, gearbox housings, robotic joint components, end effector parts, motor housings, and electronics enclosures.
Common processes include aluminum die casting, investment casting, forging, aluminum extrusion, and CNC machining. Many systems combine several to balance strength, weight reduction, cost, and manufacturability.
By using lightweight aluminum and magnesium alloys, optimized structural designs, and advanced processes such as die casting and CNC machining to maximize strength-to-weight.
Precision-machined interfaces typically require tight tolerances at bearing seats and gear interfaces, often in the range of ±0.005 mm to ±0.02 mm depending on the application.
High-performance materials including aluminum alloys (A380, 6061, 7075), stainless steel, carbon steel, magnesium alloys, and high-strength tool steels.
MES provides design-for-manufacturability support, prototype development, pilot production runs, and high-volume manufacturing — with a dedicated specialist and planner for single-point accountability.
Yes. MES supplies lightweight aluminum castings for limbs, high-strength forged joint components, precision-machined actuator housings, and structural frame components for humanoid systems — helping innovators scale from prototype to production.
Get Started
Let's build the future of
robotics together
Contact MES to learn how our manufacturing capabilities can support
your robotics and automation programs.