Your AI co-pilot for quality & repeatability in AM

One-stop shop AI software to predict near real-time print issues, perform corrections, and generate industrial-grade, ready-to-use print file specific to your machine.

AMAIZE2
BIG PICTURE

From Trial-and-error and Finite Elements to AI-Powered First-Time Right

Our AI software enables the 3D printing of complex parts without defects, ready to be qualified and cost effective.

VTT Pipe Structure
THE FUTURE IS AMAIZE´ING
AMAIZE is an AI-powered all-in-one solution making complex additive manufacturing risk free for design, manufacturing and quotation engineers.
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AI-Powered

AI enables AMAIZE to make analysis and corrections in an extremely short time (minutes) compared to traditional solutions that require days

easy to use 2

Easy to use

Intuitive, simple and friendly solution requiring no installation and integrated deeply with our OEM partners.

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All-in-One

One-stop shop to accelerate AM learning curve, predict and correct defects, generate OEM files for execution, and calculate build time, costs, and risks.

TESTIMONIALS

What our customers and partners say

“1000 Kelvin's AMAIZE aligns perfectly with our commitment to digital excellence in manufacturing. It allows our engineers to predictively navigate complex components quality and consistency requirements.”

“Our vision is to make deployable 3D printing as easy as using a vending machine. The integration of 1000 Kelvin's AMAIZE into our products is a significant step towards this goal.”

“AMAIZE’s AI predictive capabilities enable a paradigm shift from physical to digital iteration. This is an important step forward to the industrialization of additive manufacturing. (...) We're pleased that EOS customers have now access to this value-added service within our open ecosystem platform and our EOS Developer Network Partner 1000 Kelvin.”

“The rapid simulation and correction capabilities has already proved to be critical in printing high aspect ratio parts correctly the first time. (...) We are using AMAIZE to print parts we would not even consider printing previously”

SITUATION

The use case utilizes a design provided by the Finnish research institute VTT, where in the original report the pipe-like structures failed due to insufficient support structures in the top flange area.

SOLUTION

AMAIZE identified a region prone to global overheating due to multiple critical vectors stacked with a medium angle overhang and inadequate support. This caused a print failure, but AMAIZE corrected the print strategy, leading to a successful part.

IMPACT

AMAIZE enabled cost-effective and fast iterations, reducing engineering time and costs compared to traditional methods involving multiple prints and design adjustments.

SITUATION

In this use case the a zig zag structure in 316L material, built flat on the build plate, failed while printing. The traditional Finite Element Method (FEM) cannot predict this type of defects that strongly depend on the details of the scan path.

SOLUTION

AMAIZE predicts the problematic short vectors efficiently and provide correction to those vectors. The applied correction strategy offers the solution to the problem. After correction the
critical short vectors are now non-critical and the overall correction shows less number of
critical vectors and lower high temperature concentration.

IMPACT

This case study successfully demonstrates AMAIZE’s capacity to identify critical regions which are not captired by Finite Element (FE) analysis and correct parts within a short period of time leading to first-time-right print.

SITUATION

Printing a large volume on top of a stick is the ultimate challenge of heat dissipation through the build. Trials using traditional methods led to failures caused by overheating in the stick

 

SOLUTION

By predicting the thermal history with AMAIZE it was possible to identify the critical layers where overheating caused failure of the print. AMAIZE was able to propose and  optimized print recipe, which enabled to print the part effortlessly.

 

IMPACT

Engineers achieved printability of this complex part without adding support structures.

AMAIZE

How does AMAIZE work?

How amaize works2-1
OFFERING

Subscription plans adapted to your needs

Some of our customers


Our partners ecosystem

1000 Kelvin is supported by the ProFIT program of IBB with the goal to research and develop the AMAIZE platform. This project was co-financed by the European Fund for Regional Development (EFRE)

EU

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