Aibuild develops AI-powered 3D printing software.

Aibuild

Robotic 3D Printing

Aibuild offers the world’s most advanced additive manufacturing software. Fast, reliable and scalable, the Aibuild platform accelerates and automates the creation of even the most advanced, multi-axis toolpaths with a simple, user-friendly interface.

AI Seed

Seedcamp

First Imagine! Ventures

Force Over Mass Capital

SuperSeed Ventures

ACT Venture Partners

Aerospace Xelerated

Stanford Angels of the United Kingdom

William Tunstall-Pedoe

London Co-Investment Fund

SFC Capital

Nikon

IQ Capital

Atlas Ventures

We’re excited to announce a new strategic partnership with Hyperion Systems, a leading force in large format #3Dprinting across Australia, New Zealand and Asia. This collaboration marks a significant milestone for both companies as we work together to advance the landscape of additive manufacturing in the region.

"We are proud to introduce Aibuild as our strategic partner, bringing AI-driven automation to large format 3D printing across Australia, New Zealand and Asia. Aibuild’s software empowers our operations with features that redefine what’s possible in additive manufacturing." Commented Joshua Wigley Founder & CEO of Hyperion 

“Together, we aim to deliver unparalleled results to a wide range of industries, enhancing efficiency, precision, and innovation in the manufacturing process. We’re excited to support Hyperion’s mission to push the boundaries of what's possible in large format gantry and #robotic 3D printing and deliver crucial results to industry.” Commented Daghan Cam Co-Founder & CEO of Aibuild

🇦🇺

#partnership #Australia #NewZealand #Asia #3dprinting #software #lfam #additivemanufacturing #marine #tooling #automotive #collaberation #aerospace

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#large3dprinter #large3dprint #large3dprinting #3dprinting #3dmodeling #3dprinter #3dprint #3dprinted #3dmodel #czplast #design #table #nabytek #plastic
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🌍✨ 3D printing is taking over the world - and we at WEBER are at the forefront with our innovations! 🚀

Our revolutionary DXR system for additive manufacturing sets new standards:

🔹 Optimized printing strategies thanks to 6-axis kinematics
🔹 Variable angle of the print head for maximum precision
🔹 Printing on existing parts possible
🔹 Force-optimized layer direction for robust structures

With our technology, complex and internal structures can be produced extremely light yet stable. Additive manufacturing also offers the flexibility to create products that would be unthinkable using conventional processes.

With “Direct Extrusion”, we rely on plasticized granulate instead of filaments, which gives us many advantages:

✅ Highly filled, fiber-reinforced and soft materials thanks to WEBER single-screw extruders
✅ Faster printing thanks to high output, especially for large components
✅ More cost-effective material in granulate form
✅ Uninterrupted material feed from silos
✅ Variety of colors and customer-specific material mixtures can be realized quickly

Discover the future of 3D printing with WEBER and our groundbreaking DXR systems! 🌟

#3Dprinting #Additivemanufacturing #Innovation #WEBER #DXRsystem #Industry

Have a look: https://lnkd.in/eQifc8i4

Beautiful prints by PROTOTYP3 !!!

#architecture #design #3dprinting #USA #slicing #softwarengineering #art

Voxel-based infill patterns, like the one shown below,  provide enhanced structural integrity, improved material efficiency, and customisable density distribution, opening up a wide range of #applications across various industries. 

The impact of this for composite mould #tools is profound, Aibuild software achieves superior backing structures with evenly distributed contact points, resulting in enhanced stiffness and isotropy. This gives more uniform thermal expansion in all directions, significantly reducing material usage and production time.

The continuous path feature is crucial for maintaining high-quality prints, especially with high-temperature composite materials. By preventing issues like oozing during jumps, which can compromise the final product, we ensure that every print meets the highest standards of excellence.

We’ve tested this with real-world applications demonstrating the practical advantages of our approach. The video shows real time printing of zig-zag raft design, which promotes excellent first layer adhesion, even with tight corners in the triangle adaptive infill. 

Book a private demo of Aibuild software with our team here: https://lnkd.in/e-xWNjzC

#3dprinting #tooling #mouldtool #software #3dprint #additivemanufacturing #robotics #robot #ai #development #testing #voxel #infill

From #boat building to offshore infrastructure, the advanced automation solutions from Aibuild #software are transforming traditional methods, enhancing design flexibility, and reducing #environmental impact. 

Our marine clients are successfully integrating Aibuild software with large scale gantry and #robotic systems, providing build envelopes large enough to print entire boat hulls in one piece.

Make some waves with Aibuild software for marine applications:  https://lnkd.in/eTPCNcJK

📸  Hyperion Systems

#3dprinting #additivemanufacturing #marine #tooling #ocean #industry #manufacture #3dprint #additive #lfam #robotics

If your using a lot of tooling board for patterns, low temp moulds or fixturing applications, consider this alternative.. 

The robot-based system can print Sika's polyurethane paste to a near net shape, allowing you to produce parts much quicker, lighter and with less material waste. The part below took 92 minutes and produced just 2.5kg of waste!

Blocking up lots of boards together? 👉 Print the part directly
Wasting over 50% of the board? 👉 Machine/hand sand a few mm from the final print
Worried about bonding lines? 👉 Smooth surface finish suitable for painting


If you would to receive the final data sheet for this part, send an email to max.barnett@cncrobotics.co.uk


More information on the system here: https://lnkd.in/e-V92KSz

At New Bedford Research & Robotics creativity and technology intersect with education, social impact and economic empowerment. We are proud to partner with them to support their missions and collaborate to effectively develop additive manufacturing.

NBRR has already introduced robotic 3D printing to local high-schoolers through their summer research intensive. Programs like this provide schools with the opportunity to expose their students to advanced technologies, fostering a new generation of innovators and problem-solvers, and equipping them with the skills and knowledge needed to thrive in the rapidly evolving tech landscape. 

“In the spectrum of additive robotic processes and materials we are engaging at NBRR from industry to education, Aibuild has been a seamless platform for robotic 3D output and innovation!” Commented Mark Parsons

Our collaboration promises to bring transformative changes and achievements to robotic 3D printing. We're excited for the journey ahead with New Bedford Research & Robotics.

#robotics #eduction #research #3dprinting #software #additivemanufacturing #nbrr #industry #manufacture #experiment #collaberate #3dprint

The demand for advanced, efficient manufacturing solutions in the automotive sector is growing, and we're proud to support our clients in meeting this challenge.  

From carbon fibre moulds to low temperature #tooling seen in the video below, our robotic arm additive manufacturing #software makes manufacturing complex geometries and large structures in a single piece automated, reducing material waste and production time, while maintaining the highest quality standards. 

This video showcases CNC Robotics Ltd Paste_Pro system, a turn key solution that addresses critical issues in tooling by leveraging advanced 3D printing technology and high-performance materials.

Contact our team to access our automotive case studies - Amir Omer, Kaleigh Mota, Stefan Harban

Sika

#3dprinting #tooling #additivemanufacturing #automotive #robotics #aerospace #tool #industry #manufacture #industrial

6th axis tool changing in Aibuild software! We have successfully integrated the dual material WEBER additive AE20 twin extruder with Aibuild software. The video below shows UPM - The Biofore Company Formi 3D20 and Mitsubishi Chemical Advanced Materials PP-GF being printed in one build.

Leveraging dual material capabilities addresses a variety of challenges and enhances the functionality and efficiency of the printed parts. Below are some key benefits:

- Cross-functional parts: Optimise the performance of a single part by utilising multi-material manufacturing according to the specific performance requirements of different areas within the part. (For example one area of a part might need to be UV resistant, while another area requires heat resistance).

- Meta-material structures: Combination of materials in printed structures to exhibit novel properties unlocks a number of applications uniquely addressed by the AM process. 

- Support material: Print overhang support material for your print from a dissolvable, low cost, or flexible material to reduce costs and improve part quality.

Notice in the video how Aibuild software ensures clean transitions and top-tier print quality with a nozzle cleaning wipe between material swaps. Additionally, Aibuild software is controlling layer times to prevent material degradation in the secondary nozzle ensuring consistent, high-quality prints throughout the entire process.

We believe this will change how the AM industry approaches multi-material polymer parts, paving the way for new applications and innovations. We’re eager to hear your thoughts on this multi-material capability for large format additive manufacturing.

#3dprinting #additivemanufacturing #software #3dprint #6axis #tool #toolchange #material #robotics #robot #lfam #polymer #industry #manufacturing #aerospace #automotive

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Aibuild