Energy · Sector

Renewables

Precision components for wind, solar, wave, tidal and hydroelectric systems — built for long service in exposed and marine environments.

Renewables

In
brief

Milltech machines precision components for renewable energy in Norwich, UK — wind, solar, wave, tidal and hydroelectric — built for long service in exposed and marine environments. We machine stainless, aluminium and bronze parts, CMM-verified with full material traceability, from prototype to repeat production.

Overview

Renewable energy hardware has to survive years of exposure with minimal maintenance. We machine components for wind, solar, wave, tidal and hydroelectric systems in corrosion-resistant materials, inspected by CMM and supplied with full traceability.

Materials Stainless SteelSteelAluminiumBronze

Components we machine

Examples include
  • 01 Wind turbine components
  • 02 Solar components
  • 03 Wave & tidal energy parts
  • 04 Hydroelectric components

How we work

Drawing to delivery

A simple, traceable route from drawings and material specs to inspected finished components.

  1. 01

    Submit requirements

    Send drawings, quantities, materials and finishes through one form.

  2. 02

    Receive quote

    Our team reviews and returns a competitive quote and lead time — typically within 24–48 hours.

  3. 03

    Production

    Skilled machinists run your parts on the right machine, tracked live through Tricorn® ERP.

  4. 04

    Quality control

    Every batch is inspected against our ISO 9001:2015 quality system before it ships.

FAQ

Renewables machining — your questions

What renewable energy components do you machine?

Wind turbine components, solar components, wave and tidal energy parts, and hydroelectric components.

Which materials suit renewable energy components?

Corrosion-resistant stainless, aluminium and bronze, matched to the exposure and load each part will face.

Your project — our precision

Machining renewables components?

Send your drawings, quantities and materials. Our team returns a competitive quote and lead time — typically within 24–48 hours.