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Deep Manufacturing

HardwareBristol, United KingdomFounded 2024· One of 1738 Hardware companies tracked by AMPulse

An ultra-large-scale metal additive manufacturing company specializing in synchronized multi-robotic Wire Arc Additive Manufacturing (WAAM) for critical subsea and industrial infrastructure.

Featured in: India's Sovereignty AM · Snapshot Apr 22, 2026
CEO / Founder
Peter Richards
Team Size
11-50
Stage
Active
Total Funding
$100.0M
Latest Round
Corporate Round
Key Investors
DEEP (Parent Company)

Technology & Products

Key Products

Specializes in large-format metal Additive Manufacturing using its HexBot™, the world's first six-armed synchronized robotic WAAM system. Offers rapid prototyping, materials testing, and DNV-certified metal components for critical subsea pressure vessels and hull structures. Operates a 50,000 sq ft WAAM facility in Houston, Texas for the energy, defense, and maritime sectors.

Technological Advantage

Achieved Europe’s first DNV Approval in Principle (AiP) for WAAM-produced steel pressure vessels, proving that 3D-printed metal can meet the extreme safety standards required for human life-support in subsea environments.

Differentiation

Value Proposition

Enables the rapid, cost-effective production of ultra-large-scale, safety-critical metal components (up to 6.2m) that meet rigorous maritime certification standards for human occupancy and high-pressure environments.

How They Differentiate

Operates the HexBot™, the world's first six-armed synchronized robotic WAAM system, and holds Europe's first DNV Approval in Principle (AiP) for human-occupancy pressure vessels.

Market & Competition

Target Customers

Energy and maritime engineering firms, subsea exploration organizations, defense contractors, and heavy industrial manufacturers requiring large-scale certified metal components.

Industry Verticals

["Subsea & Marine","Energy (Oil & Gas, Offshore Wind)","Defense","Aerospace","Heavy Industry"]

Competitors

AML3D; WAAM3D; MX3D

Growth & Milestones

Growth Metrics

Scaling production at the Bristol Centre of Excellence with 20 WAAM systems; announced a $100M expansion for a US engineering hub in Florida.

Major Milestones

["Established the Advanced Manufacturing Centre of Excellence in Bristol (2024)","Launched the HexBot™ six-armed synchronized robotic WAAM system (Oct 2024)","Secured DNV Approval in Principle (AiP) for WAAM-produced steel pressure vessels (2024)","Announced $100M investment for US expansion in Florida (Oct 2024)"]

Notable Customers

Customers in the energy, defense, and maritime sectors.

https://www.deepmanufacturing.com

Recent coverage of Deep Manufacturing

Why this company matters

Deep Manufacturing targets a gap in metal additive manufacturing: producing ultra-large, safety-critical components that must meet stringent maritime certification standards. Its HexBot system, a six-armed synchronized robotic WAAM platform, can print parts up to 6.2 meters in diameter, far exceeding the build volumes of conventional LPBF or DED systems. This positions the company for applications where size, speed, and certification are equally important.

The core technology is wire arc additive manufacturing (WAAM) using multiple robots that coordinate deposition in parallel. Deep Manufacturing operates a 50,000 sq ft facility in Houston, Texas, and a Centre of Excellence in Bristol, UK, with 20 WAAM systems. The company offers rapid prototyping, materials testing, and production of DNV-certified steel pressure vessels and hull structures for subsea environments.

Primary customers include energy and maritime engineering firms, defense contractors, and heavy industrial manufacturers. The company achieved Europe's first DNV Approval in Principle (AiP) for a WAAM-produced steel pressure vessel designed for human occupancy, a milestone that differentiates it from competitors such as AML3D, WAAM3D, and MX3D. Deep Manufacturing is a subsidiary of DEEP, which develops subsea habitats, providing a captive application for its largest components.

The key strategic moat lies in the combination of multi-robot synchronization and DNV certification for pressure-retaining structures. However, the company's reliance on a single parent-company customer for its most demanding applications introduces concentration risk. Scaling to additional sectors—such as offshore wind or defense—will depend on replicating the certification pathway for new alloys and part geometries.