Power & Energy applications for JIAYI cutting tools

Cutting Tools for Power & Energy

Tooling for parts too expensive to scrap.

Wind-turbine main shafts, oil & gas valve bodies, hydro and nuclear components — JIAYI heavy-duty drills, threading tools and gear cutters are built for large, high-value energy parts.

Power & Energy

The challenge

Energy components are big, expensive and made from tough alloys. A scrapped wind-turbine shaft or a rejected downhole connection costs more than the tooling budget for the whole job. Deep bores must stay straight over meters; large threads must seal under pressure; and everything has to survive the material — from forged alloy steels to corrosion-resistant grades.

Solutions

JIAYI solutions for power & energy

01

Deep-Hole Drills

For long bores in turbine shafts, downhole tubulars and large valve bodies.

02

Threading Tools

Taps, thread mills and custom threading tools for API/OCTG-type connections and large pressure threads.

03

Gear Cutting Tools

Small- and large-module gear tools for wind-turbine gearboxes and power-transmission gearing.

04

Milling Cutters

Heavy milling for large housings, flanges and structural energy components.

Applications

Typical parts & materials

  • Wind turbine main shafts & gearboxesforged alloy steels
  • Oil & gas valve bodies & wellhead componentsalloy steels, stainless
  • Downhole tubulars & API-type threaded connectionshigh-strength steels
  • Hydro & nuclear componentsstainless steels, nickel alloys
JIAYI tools for power & energy parts
Why JIAYI

Why JIAYI for power & energy

  • 01

    Deep-hole capability for long, straight bores in large parts.

  • 02

    Custom threading tools for non-standard and large-diameter threads.

  • 03

    Gear tools across small and large modules for power-transmission gearing.

  • 04

    Engineering review that treats scrap risk as the first design input.

How it works

Custom tooling in 3 steps

  1. 1

    Send your drawings

    Part print, material, bore/thread specifications.

  2. 2

    Engineering review

    We confirm deep-hole, thread or gear feasibility and propose the tool.

  3. 3

    Quote & build

    Priced proposal, then production to your print.

Send your drawings
Custom quote

Machining a high-value energy part?

Send the drawing. We'll engineer tooling that treats your workpiece like the investment it is.