Skip to main content

WEBER Additive

HardwareKronach, GermanyFounded 1924· One of 1702 Hardware companies tracked by AMPulse

Develops large-format robotic additive manufacturing systems using pellet extrusion for industrial-scale production of large-volume plastic components, reducing lead times and enabling complex geometries.

CEO / Founder
Markus Weber
Stage
Acquired
Total Funding
Acquired
Latest Round
Acquired
Key Investors
Caracol AM (Acquirer)

Technology & Products

Key Products

DXR Series robotic 3D printers; Pellet extrusion systems; Integrated software solutions

Technological Advantage

Verified advantage: Patented direct extrusion process achieves 3x faster build speeds than standard FDM systems for large parts, with material cost savings of 40-60% using pellets vs. filaments. Defensible through trade secrets and machine design IP.

Differentiation

Value Proposition

Reduces production costs for large plastic components by 30-50% compared to traditional methods, cuts lead times from months to weeks, and enables on-demand manufacturing of complex geometries using cost-effective pellet materials.

How They Differentiate

WEBER Additive's technology, including its extruder and machine design, has been integrated into Caracol AM's portfolio, enhancing Caracol's large-format additive manufacturing capabilities.

Market & Competition

Target Customers

Industrial manufacturers in construction, infrastructure, automotive, and aerospace requiring large-scale plastic parts

Industry Verticals

Construction; Automotive; Aerospace; Infrastructure

Competitors

BigRep, Cincinnati Inc.

Growth & Milestones

Growth Metrics

Acquired by Caracol in 2025, with assets integrated into Caracol's Heron platforms; had around 470 employees as a family-owned company; launched additive manufacturing division in 2019; partnered with Ai Build for integrated LFAM solutions in 2023.

Major Milestones

Launched WEBER Additive division in 2019; Partnered with Ai Build for integrated LFAM solutions in 2023; Acquired by Caracol in 2025