Danobat

HardwareElgoibar, Basque Country, SpainFounded 1954· One of 1757 Hardware companies tracked by AMPulse

DMTR/dBOT precision robotic systems combining 6-axis robot flexibility with machine-tool accuracy (3x greater pose/path precision than industry alternatives) for large-scale metal additive manufacturing, subtractive finishing, and hybrid processes in aerospace, automotive, and energy sectors.

CEO / Founder: Xabier Alzaga
Team Size: 501-1000
Stage: Active
Total Funding: $10.8M
Latest Round: Debt
Key Investors: European Investment Bank (EIB); Mondragon Corporation

Technology & Products

Key Products

Danobat manufactures grinding machines, high-precision lathes, and the DMTR/dBOT range of CNC precision robots for machining, assembly, and 3D printing with metallic and composite materials. The dBOT robots offer 3x greater pose/path accuracy and 10x better stiffness than conventional industrial robots.

Technological Advantage

CLAIMED: 3x greater pose and path accuracy vs. industry alternatives; CNC-compatible programming (lower barrier to adoption for traditional manufacturers); hybrid AM+subtractive eliminates tooling complexity. VERIFIED: Deployed at Formnext 2025; partnerships with Siemens (Sinumerik MTR integration) and autonox confirm market validation; customer base in aerospace/automotive suggests acceptance. DEFENSIBILITY: Likely patented trajectory control algorithms and hybrid process architecture; machine-tool heritage provides manufacturing know-how competitors (robot companies) lack.

Differentiation

Value Proposition

Reduces manufacturing lead times and enables on-demand production of complex metal parts (aerospace brackets, housings, structural components) via hybrid AM+machining with CNC-level precision; eliminates need for separate AM systems and post-processing equipment through integrated platform.

How They Differentiate

vs. General-purpose 6-axis robots (ABB/KUKA/Yaskawa): DMTR/dBOT integrates machine-tool stiffness, accuracy (3x greater pose/path precision), and CNC programming into robot form factor with 10x better stiffness and zero backlash. vs. Dedicated AM robot platforms: Danobat adds hard-turning/finishing capabilities in same unit, reducing capital and floor-space requirements. vs. Traditional robot+post-processor workflows: Eliminates separate downstream machining step. The dBOT range uses in-house built gears, cast iron structure, and secondary encoders on all 6 axes for lifetime zero-backlash performance.

Market & Competition

Target Customers

Aerospace OEMs, automotive suppliers, energy equipment manufacturers requiring hybrid additive-subtractive manufacturing of large structural components

Industry Verticals

Aerospace/Defense; Automotive; Energy (wind, oil & gas); Railway; Metal forming; Industrial tooling

Competitors

ABB (industrial robots for manufacturing); KUKA (6-axis robots, robot-based machining); Yaskawa (large-payload collaborative robots, AM-capable platforms)

Growth & Milestones

Growth Metrics

Danobatgroup 2024 revenue €344M (€337M in 2023), +2% YoY growth; export rate >90%; 1,300+ employees across group; €50M+ investment program in high-precision robot development announced; $7M strategic investment in SAEKI Robotics AG (robotic partner); €20M+ expansion of Elgoibar headquarters

Major Milestones

1954: Founded (70+ years of precision manufacturing heritage); 2020s: Strategic diversification into industrial robotics sector; 2025 Q1: Launched DMTR range (entry into precision robotics market); 2025: Exhibited at Formnext (AM ecosystem validation); 2025: New US headquarters in Illinois announced (North American expansion)

Notable Customers

Aerospace OEMs (referenced via Optimus 3D case studies and Formnext positioning); Automotive (Mercedes Benz, Porsche — referenced as Optimus 3D customers, indicating AM ecosystem engagement); Airbus (referenced in Optimus 3D context); Greenbrier Companies (railway equipment — mentioned in Danobat news)

https://www.danobat.com

Why this company matters

Danobat, a precision machine-tool manufacturer based in Elgoibar, Spain, has entered the additive manufacturing market with the DMTR/dBOT range of precision robotic systems. The company leverages seven decades of grinding and hard-turning expertise to address a persistent gap in large-format metal AM: the trade-off between robot flexibility and machine-tool accuracy. Its dBOT robots claim three times greater pose and path precision than conventional six-axis industrial robots, along with ten times better stiffness and zero-backlash performance through in-house-built gears, cast iron structures, and secondary encoders on all axes.

The core technology is a directed energy deposition (DED-LB) platform integrated with subtractive finishing in a single cell. The system accepts standard CNC programming, eliminating the retraining burden for traditional manufacturers. This hybrid architecture allows users to build near-net-shape metal parts—such as aerospace brackets, housings, and structural components—and finish them on the same machine, removing the need for separate post-processing equipment. Siemens Sinumerik MTR integration and partnerships with autonox Robotics confirm market validation, and the company exhibited at Formnext 2025.

Target customers include aerospace OEMs, automotive suppliers, and energy equipment manufacturers that require large, complex metal parts with tight tolerances. While named customers are limited to references through Optimus 3D case studies and mentions of Mercedes Benz, Porsche, and Airbus in related ecosystem contexts, the company's railway equipment customer Greenbrier Companies and its export rate above 90 percent indicate broad industrial acceptance. Danobatgroup, the parent entity, reported 2024 revenue of €344 million and employs over 1,300 people across its group.

Danobat's competitive moat rests on its machine-tool heritage and proprietary trajectory control algorithms, likely patented at the group level (46 active patent families as of 2024). The primary risk is that general-purpose robot makers such as ABB, KUKA, and Yaskawa could close the accuracy gap over time, or that dedicated AM robot platforms could match hybrid capability through improved post-processing workflows. Danobat's €50 million-plus investment program in high-precision robot development and its new US headquarters in Illinois signal a long-term commitment to defending this position.