Integrated Solutions

Our Capabilities

We work with multiple technologies to guarantee the right manufacturing solution for our customers.

Through our in-house capabilities, coupled with access to the Neighborhood 91 ecosystem and an extensive network of research institutions, national laboratories, and industry partners, we bring together the tools and expertise needed to solve even the most complex challenges. Simply put, we do what it takes to get the job done right.

A red 3D printer with a transparent front panel and control screen on the side.

Large-Scale Cold Spray AM

WarpSPEE3D

High build rates and scalability to large components enables cold spray AM to produce economical components at a fraction of the lead time of castings and forgings.

    • Field Repair & Maintenance

    • Large Structural Components

    • Rapid Manufacturing of Spare Parts

    • Tooling & Industrial Fixtures

    • Defense & Maritime Systems

    • Stainless Steels

    • Aluminum Alloys

    • Copper and Copper Alloys

    • Nickel-Based Alloys

    • Titanium

    • Oxide, carbide, boride, and nitride cermet composites

Max Build Volume

1000 × 1000 × 700 mm

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Advanced robotic manufacturing machine with multiple screens and robotic arm, labeled 'Formalloy,' used for industrial automation.

Multi-Material Directed Energy Deposition

FormAlloy X5R

Capable of wire or powder and closed-loop control, enabling fabrication, repair, and enhancement of metal components. Multiple feeders allow for cladding and grading.

    • Large-Scale Part Manufacturing

    • Component Repair & Restoration

    • Multi-Material Builds

    • Cladding & Surface Enhancement

    • Defense, Aerospace & Propulsion Systems

    • Stainless Steels

    • Nickel-Based Alloys

    • Titanium Alloys

    • Cobalt-Based Alloys

Max Build Volume

1000 × 1000 × 650 mm

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Industrial EOS M 290 3D metal 3D printer with auxiliary equipment

High-Precision Powder Bed Fusion

EOS M 290

Supports rapid prototyping through low-volume production of complex components using a wide range of aerospace, defense, and industrial metal alloys.

    • Rapid Prototyping

    • Low Volume Production

    • Thermal and corrosion-resistant systems

    • Lightweight parts with complex geometries

    • Defense, Aerospace & Energy Components

    • Stainless Steels (316L, 17-4 PH)

    • Titanium Alloys (Ti-6Al-4V)

    • Nickel-Based Superalloys (Inconel 718, 625)

    • Aluminum Alloys (AlSi10Mg)

    • Cobalt-Chrome Alloys (CoCrMo)

Max Build Volume

250 × 250 × 325 mm

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Quality Assurance Wet Lab

Ensures material quality assurance through metallography, sample preparation, polishing, and microscopy, including powder handling and inspection. The lab underpins consistent material performance to align with AS9100 requirements.

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High-Accuracy 3D Scanning

Delivers precise dimensional inspection and metrology-grade measurements for complex parts, assemblies, and components through Neighborhood 91’s shared MetraSCAN 3D.

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Advanced Metallography

In partnership with our neighbor at Neighborhood 91, RJ Lee Group, provides advanced metallography capabilities for evaluating microstructure, material quality, defects, and manufacturing process performance.

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Heat Treatment

Controlled thermal processing to relieve stress, refine microstructure, and optimize mechanical properties of additively manufactured and machined components through Neighborhood 91’s shared advanced heat treatment capabilities.

Color-coded finite element analysis model of a cylindrical object with a hollow center, showing stress distribution levels with a legend indicating values from 0 to over 75.

Modeling Capabilities

HAMR was founded by scientists who understand the physics behind complex manufacturing and defense challenges. Our team combines deep technical expertise with advanced modeling and simulation capabilities to solve problems that extend beyond conventional engineering approaches.

  • Multiphysics Modeling & Simulation

  • Non-Linear Optics

  • Advanced Electromagnetic Structures & RF Systems

  • Ballistics & High-Strain-Rate Modeling

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