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Strangpresse

HardwareYoungstown, USAFounded 2014· One of 1232 Hardware companies tracked by AMPulse

Develops lightweight, fully controllable thermoplastic pellet-fed extruders for large-scale additive manufacturing, enabling high-throughput production of near-net-shape structures.

CEO / Founder
Charles George
Team Size
1-10
Stage
Commercial
Total Funding
$25K
Latest Round
Grant
Key Investors
Youngstown Business Incubator; Burton D. Morgan Foundation

Technology & Products

Key Products

Model 19 Extruder; Pellet-fed thermoplastic extruders

Technological Advantage

Proprietary pellet-fed extrusion technology overcomes traditional throughput and nozzle adjustment limitations, allowing for the use of lower-cost raw materials (pellets) versus specialized filaments.

Differentiation

Value Proposition

Enables rapid prototyping and production of industrial tooling and molds by processing engineering-grade plastic pellets at rates up to 250 lbs/hr, reducing material costs and increasing build speed compared to filament-based systems.

How They Differentiate

Positioned as a preeminent provider of pellet-fed extruders specifically optimized for large-scale robotic clusters and generative design integration, with throughput significantly exceeding standard industrial extruders.

Market & Competition

Target Customers

Integrators and end-users in aerospace, automotive, and marine sectors, as well as research universities.

Industry Verticals

Aerospace; Automotive; Marine; Education

Competitors

CEAD; Dyze Design; Massive Dimension

Growth & Milestones

Growth Metrics

Extruder output scaled to 250 pounds/hour; rapid adoption by industrial integrators; first commercial sale to Lockheed Martin.

Major Milestones

2014: Company founded; 2015: Signed exclusive patent license agreement with ORNL; Won Additive Manufacturing Startup Competition; First commercial sale to Lockheed Martin for Multi-Robotic Additive Cluster; Model 19 enabled Autodesk generative design

Notable Customers

Lockheed Martin; Oak Ridge National Laboratory; Baylor University