Optimyzer is an AI copilot that guides you to the best parameters for your machines, improving productivity, quality, and efficiency. It is not a tool for automated quality control or predictive maintenance. Optimyzer relies on feedback from your operators, engineers and any monitoring systems you'd like to use.

Optimyzer is best for manufacturers striving to increase machine productivity, reduce rework, and lower resource consumption. Ask yourself, "How much would I benefit from a 10% productivity boost or lower scrap rate?" If the answer exceeds €10,000 annually, Optimyzer can deliver significant ROI for your company.

Clients often achieve a 10-20% boost in productivity, reductions in rework, and significant material savings. For example: Optimyzer achieved a 10% cycle time reduction and zero defects in Coca-Cola's plastic injection molding process, it helped increase the output of laser cutting machines by 16% and eliminated rework efforts on welding robots.

You can start using Optimyzer within minutes. Simply have your machine, an operator, and a tablet with internet access ready. Most manufacturers see benefits in the first week, with a 10x ROI within the first year.

Optimyzer doesn't require the large investment typically associated with AI implementations. Our "small data" approach starts producing results from day one, without the need for extensive historical datasets or complex infrastructure.

Manufacturers leveraging Optimyzer typically see a 5-10x ROI. For example, optimizing a laser cutting machine can unlock €50,000 of additional annual productivity with 15% higher throughput. Optimyzer subscriptions are designed to deliver immediate value and scale with your needs.

Optimyzer has demonstrated significant results across various machines, from laser cutters and injection molders to welding robots and machining centers. Companies across industries use Optimyzer to optimize a wide range of processes. If you're unsure whether Optimyzer is right for your machine, contact us for a free consultation.

Yes, Optimyzer adapts to each material, product and operating conditions, quickly finding the best parameters to maximize quality and productivity. This flexibility is one of its strengths, especially for operations with diverse production requirements.

Optimyzer is a tool to get the most out of your machine all the time, not just when problems arise. Use it to fine-tune parameters for any material or part, increasing productivity, reducing rework and scrap, and optimizing resource consumption.

Optimyzer's interface is user-friendly, and operators generally need less than an hour of training to get started. It's designed to empower operators to achieve expert-level results, whether they're experienced or new to the role.

We highly value data security and follow industry best practices to protect your manufacturing information. Each optimization you run helps build knowledge about your specific machine to help you reach your goals ever faster. The data you input during optimizations is only available to your organization and is never shared with other customers.

Optimyzer works without any previous dataset, a direct machine connection, or additional hardware. Our unique “small data” approach helps you achieve rapid results with minimal setup.

GaussML provides comprehensive support, training, and regular updates. Our team ensures you get the most out of Optimyzer from day one and continue to see improvements as your processes evolve.

GaussML's "small data" technology enables Optimyzer to deliver impressive improvements within just a few experiments. Optimyzer's task is twofold: to quickly learn how your machine works and find the optimal process parameters in as little time as possible. The more it explores, the better it gets - often delivering outstanding results after just 2 or 3 parameter suggestions.

Unlike traditional methods such as Design of Experiments (DOE) that require statistical expertise and numerous experiments, Optimyzer delivers superior results with fewer trials and minimal technical knowledge. Optimyzer typically requires 10-30x fewer experiments to achieve better outcomes.

Our AI-driven approach adapts in real-time based on feedback, continuously refining its understanding of your specific machine behavior. This makes process optimization accessible to operators without specialized training, saving valuable production time while delivering consistently better results.