Electrical & Energy. Precision components for safety-critical
power.
The electrical and energy sector is being
rebuilt — grid modernization, energy storage, and renewables are driving unprecedented demand for
precision components. MES delivers the die cast, machined, forged, and extruded parts that power it,
engineered for the conductivity, safety, and reliability these systems demand.
Precision manufacturing for the electrical and energy industries
In electrical and energy, components don’t just need
to fit — they need to conduct, insulate, seal, and hold tolerance in systems where failure isn’t an
option. MES delivers advanced manufacturing across die casting, investment casting, CNC machining,
forging, and extrusion to meet exactly those demands.
Backed by global sourcing, supply chain management,
and nearshoring, we help electrical and energy companies reduce cost, improve efficiency, and stay
competitive — from renewable energy systems to electrical distribution, in the most demanding
environments.
01
Engineer
Designed for conductivity and safety
02
Produce
Cast, machined, forged, and extruded
03
Deliver
Global + nearshore supply
Spotlight
Precision where a tolerance is a safety margin
In power distribution, dimensional accuracy isn’t
a quality metric — it’s a safety requirement. A conductor, contact, or switchgear component that’s out
of spec can compromise an entire system. MES engineers and verifies to that standard, on the plant
floor, before parts ship.
Conductivity by design
Copper and brass components engineered for electrical
performance
Safety-critical accuracy
Tight tolerances verified at the source with CMM inspection
Sealed and shielded
Die cast enclosures with EMI shielding and environmental
protection
One accountable partner
Sourcing, quality, and delivery managed end to end
Components We
Deliver
Components for electrical
and energy systems
MES provides the full component set for power systems —
each part matched to the process that makes it best.
Power Distribution & Circuit Protection
Power Distribution & Switchgear
Switchgear housings, enclosures, and structural components
— die casting + machining.
Die casting provides better sealing, EMI shielding, and structural durability, while sheet metal fabrication is more suitable for large electrical cabinets and low-volume production.
Aluminum heat sinks provide high thermal conductivity, lightweight performance, and cost efficiency, improving cooling in inverters, LEDs, and electrical systems.
Battery enclosures are manufactured using aluminum extrusion, die casting, fabrication, and stamping for structural protection, thermal management, and lightweight performance.
Extrusion is ideal for straight-profile heat sinks with efficient thermal performance, while die casting supports intricate designs and integrated mounting features.
Transformer housings are commonly manufactured using sheet metal fabrication, welding, and casting, depending on size, durability, and environmental-protection requirements.
Aluminum provides corrosion resistance, EMI shielding, lightweight strength, and excellent heat dissipation, making it ideal for industrial electrical enclosures.
Investment casting supports complex conductive metal parts with high dimensional accuracy, while forging provides greater mechanical strength for high-load electrical applications.
Aluminum, stainless steel, copper, and galvanized steel are widely used in renewable energy systems for corrosion resistance, conductivity, and structural durability.
Get Started
Power your next project with
MES
Ready to optimize cost, improve quality, and strengthen your supply
chain? Contact MES to learn how our manufacturing solutions can support your electrical and energy
programs.