AI-Empowered Titanium Performance Engineering

  • We make parts and assemblies lighter and stronger. Our approach improves performance in two ways. First, advanced A.I. tools help regenerate and optimize part geometry, removing unnecessary mass while maintaining strength, often reducing weight by 20–50% in typical topology optimized components, based on common engineering outcomes. Second, replacing steel, aluminum, or other metals with titanium provides exceptional strength-to-weight benefits; titanium offers roughly the strength of steel at about half the weight and far greater corrosion resistance. Together, these two steps, smart design and superior materials, deliver parts that are significantly lighter, stronger, and more efficient for demanding applications.

As Featured in

3D Printing Industry Magazine.

In this feature, 3D Printing Industry highlights how Nikalex integrates AI-driven design tools with human engineering expertise to optimize component performance and enable advanced titanium additive manufacturing solutions.

View the Article

Create Prototype

CAD Model → AI Regenerative Processing and Optimization → Enhanced CAD

Turn your parts into lighter, stronger components. Upload your CAD file, and our A.I., together with our engineers, will refine and optimize your design.

CREATE Prototype

Create to Manufacture

Enhanced CAD → Upload & Confirm → Get 3D Printed Titanium Component

Upload and confirm CAD dimensions. Once approved, our titanium 3D-printing machine produces your part with precision, and we ship it to you.

Create to Manufacture
Titanium brackets are engineered for secure mounting and long-lasting performance. Using metal 3D-printing technology, they are built for strength, reduced weight, and modern look.

Titanium brackets are engineered for secure mounting and long-lasting performance. Using metal 3D-printing technology, they are built for strength, reduced weight, and modern look.

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Titanium gripper fingers are engineered for precision handling and exceptional durability. Built through advanced metal 3D-printing, they deliver higher strength, reduced weight, and a modern, streamlined design optimized for robotic performance.

Titanium gripper fingers are engineered for precision handling and exceptional durability. Built through advanced metal 3D-printing, they deliver higher strength, reduced weight, and a modern, streamlined design optimized for robotic performance.

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Business Model

• Design and Engineering at Nikalex in California

• Manufacturing Partner in USA and India

• Oversight and Quality Ownership for Nikalex in California.

Quality & Traceability

• Powder lot traceability with retained certificates of analysis

• Build records link powder lot, machine parameters, and post-processing

• Manufacturing performed by ISO-certified partner facilities under supplier oversight

• Specifications provided for preliminary engineering reference; final results depend on geometry, orientation, and post-processing.

Lead Time from order to delivery

• Ranges between minimum 3 weeks to maximum of 120 days; depends on the size, complexity, volume, requirements, and post-processing.

Certifications

Manufacturing Partners Certifications:

• ISO9001

• ISO13485