
.Advanced Capabilities
PRODUCTION-READY
Not an experiment. Not a prototype. We use advanced Robotic Laser Wire DED technology to manufacture, repair, and upgrade mission-critical heavy industrial components.
THE INDUSTRIAL PROCUREMENT
CHALLENGE
When a custom or obsolete part fails, traditional casting and forging lead times stretch into months, causing unacceptable downtime. Material waste is high, and repairing complex geometries is often impossible.
The Problem
6-Month Lead Times
Waiting for castings for large replacement parts keeps plants offline and kills profitability.
Saitech's Solution
Parts in Days, Not Months
Our Laser Wire DED cell builds near-net-shape components rapidly, completely bypassing the foundry process.
The Outcome
Maximized Uptime
Get exact replacements engineered, printed, CNC machined, and delivered faster than ever before.
PROVEN TECHNOLOGY:
LASER WIRE DED

Unlike powder-bed systems used for small intricate parts, our Robotic Directed Energy Deposition (DED) utilizes wire feedstock and precise lasers. This provides higher deposition rates, cleaner operations, and mechanical properties approaching or comparable to wrought equivalents.
Industrial Alloys We Print
• Stainless Steels (316L, 17-4PH)
• Titanium Alloys
• Inconel 625/718 or NiFeCr alloys
• Tool steels and hard-facing metals
• Mild Steels
Common Industrial Applications
• Obsolete part remanufacturing
• Hardbanding & MRO repair
• Custom tooling & fixtures
• Near-net-shape blanks
DED MANUFACTURING CAPACITY
Build Volume

1m+ working envelope for large-scale components
Robotic Deposition

Multi-Axis precision for complex geometries
Wire Feedstock

High deposition rate with material integrity
Hybrid CNC Finishing

In-house CNC finishing to achieve final tolerances post-print
Near-Net-Shape

Production process reduces material waste
Repair & Remanufacturing

Extending the life of critical assets
Printed Parts Gallery
Every part below was manufactured in our JAFZA facility using the same LW-DED process — no outsourcing, no foundry wait













