Ai Build

Name: Ai Build
Brand: Ai Build

3D printing & CNC software for metal DED, WAAM, cold spray, concrete, polymer & paste extrusion for robotic & gantry.

Est 2015|Raised $13.5M|27 Ref Customers

LinkedIn 23K|Web traffic 6K|FTEs 34|HQ London, England, GB

MarketsRobotics Control Software

01Competitive Landscape

Narrative analysis (areas of relative strength)

- Multi-axis robotic LFAM toolpathing: Aibuild’s product materials and documentation emphasize multi-axis slicing modes and support for robotic and gantry systems, which differentiates it from tools focused primarily on Cartesian/3-axis printers. - Hybrid workflows: The product includes additive and subtractive workflow support and switching between modes; independent coverage highlights this functional scope. - Machine connectivity and monitoring roadmap: The product positions itself to include machine connectivity (industrial protocols) and camera-based monitoring features.

Where competitors may be stronger

Materialise Magics: established position in build preparation, nesting, support generation, and reporting for production-oriented powder-bed and other AM processes.
Autodesk Netfabb: strong fit for organizations using Autodesk design/manufacturing toolchains and for integrated simulation + CNC planning workflows.

Adoption trends / market signals

A publicly disclosed strategic investment from a large manufacturing company is a signal of industry interest in DED workflows.
Partnerships and OEM integrations indicate a channel approach for scaling deployments through hardware partners and integrators.

	Aibuild (Ai Build)	Autodesk Netfabb	Materialise Magics
Starting Price	Quote-based (tiers: Starter/Professional/Advanced/Enterprise)	Reported starting listing (actual packaging may vary)	Annual subscription / quote-based
Typical Use Cases	Robotic and large-format multi-axis AM; hybrid additive + subtractive workflows; hardware integration	Build preparation, metal AM simulation, CNC post planning within Autodesk ecosystem	Industrial build preparation, automation, and integrations across multiple AM technologies
Key Capabilities	Multi-axis toolpath generation, workflow automation, optional monitoring and fleet connectivity	Mature build preparation and simulation tooling; ecosystem integration	Widely used build preparation tooling with automation modules
Noted Limitations	Limited public third-party user reviews; tiered monitoring features depend on extra hardware and licensing	May be less focused on robotic LFAM-specific multi-axis toolpaths	May be less focused on robotic LFAM-specific multi-axis programming (depends on modules)

01Competitive Landscape

Narrative analysis (areas of relative strength)

Multi-axis robotic LFAM toolpathing: Aibuild’s product materials and documentation emphasize multi-axis slicing modes and support for robotic and gantry systems, which differentiates it from tools focused primarily on Cartesian/3-axis printers.
Hybrid workflows: The product includes additive and subtractive workflow support and switching between modes; independent coverage highlights this functional scope.
Machine connectivity and monitoring roadmap: The product positions itself to include machine connectivity (industrial protocols) and camera-based monitoring features.

Where competitors may be stronger

Materialise Magics: established position in build preparation, nesting, support generation, and reporting for production-oriented powder-bed and other AM processes.
Autodesk Netfabb: strong fit for organizations using Autodesk design/manufacturing toolchains and for integrated simulation + CNC planning workflows.

Adoption trends / market signals

A publicly disclosed strategic investment from a large manufacturing company is a signal of industry interest in DED workflows.
Partnerships and OEM integrations indicate a channel approach for scaling deployments through hardware partners and integrators.

	Aibuild (Ai Build)	Autodesk Netfabb	Materialise Magics
Starting Price	Quote-based (tiers: Starter/Professional/Advanced/Enterprise)	Reported starting listing (actual packaging may vary)	Annual subscription / quote-based
Typical Use Cases	Robotic and large-format multi-axis AM; hybrid additive + subtractive workflows; hardware integration	Build preparation, metal AM simulation, CNC post planning within Autodesk ecosystem	Industrial build preparation, automation, and integrations across multiple AM technologies
Key Capabilities	Multi-axis toolpath generation, workflow automation, optional monitoring and fleet connectivity	Mature build preparation and simulation tooling; ecosystem integration	Widely used build preparation tooling with automation modules
Noted Limitations	Limited public third-party user reviews; tiered monitoring features depend on extra hardware and licensing	May be less focused on robotic LFAM-specific multi-axis toolpaths	May be less focused on robotic LFAM-specific multi-axis programming (depends on modules)