Win on price without sacrificing quality.
Optimyzer guides your operators to ideal machine parameters in a handful of experiments. No data lake. No new hardware. No IT project.
Laser Cutting
Optimization Progress
Robot Welding
Optimization Progress
CNC Machining
Optimization Progress
WORKS FOR
Laser Cutting
Injection Molding
Robotic Welding
CNC Machining
Sintering & PressingTRUSTED BY MANUFACTURERS, LARGE AND SMALL
From job shops and contract manufacturers to Tier-1 suppliers and OEMs.
THE CHALLENGE
Quality stopped being the differentiator. Now it's a cost game.
Manufacturing has always run on accumulated knowledge. The operator who can feel when the machine is running slightly off and can quickly find parameters for new materials, carries that expertise in their head. When they are not there to fine-tune parameters, throughput drops. Manufacturers who can find those settings quickly, with any operator at the helm, will run at full capacity and compete on price. Those who depend on a single person, or on defaults, will keep leaving margin on the table.
“The one person who really knows this machine might not be here tomorrow, and nobody has ever written any of it down.”
Managing Director, Contract Manufacturer
10–15%
of machine capacity lost to suboptimal parameters. Not downtime, not maintenance.
No replacements
2M+ skilled operators expected to retire in Europe this decade, widening the skills gap.
Change is constant
Changes in materials, suppliers and energy costs shift your optimal parameters.
HOW OPTIMYZER WORKS
Your parameter expert. Available on a tablet, for every machine.
Optimyzer guides your team through targeted experiments on the machine. It learns from your feedback and delivers the best parameter values in just a few experiments.
#SmallData
Optimyzer doesn’t need a machine connection, additional hardware, or historical data. It builds a model of your machine from the experiments it suggests. Every result your team reports stays in your account and makes your next optimization faster.
PLAN
Define the machine, material, parameter ranges, and what a good result looks like.
SUGGEST
Optimyzer recommends the next parameter values to try.
ADAPT
Optimyzer updates its model of your machine and fine-tunes its next suggestion, balancing all your goals.
RUN
Input the parameter values and run the job.
FEEDBACK
Measure the results and rate what matters: Quality, Cycle Time, Tolerances, and more.
Best parameters locked in.
Typically in 6–9 experiments.
PLAN
Define the machine, material, parameter ranges, and what a good result looks like.
SUGGEST
Optimyzer recommends the next parameter values to try.
RUN
Input the parameter values and run the job.
FEEDBACK
Measure the results and rate what matters: Quality, Cycle Time, Tolerances, and more.
ADAPT
Optimyzer updates its model of your machine and fine-tunes its next suggestion, balancing all your goals.
Best parameters locked in.
Typically in 6–9 experiments.
PROVEN RESULTS
Yes, it works for your machine.
Your machine, too.
Optimyzer works on any machine that takes process parameters as inputs. If your technology isn’t listed, let’s talk.
Book a call →TESTIMONIALS
Optimyzer’s impact, in their own words.
HOW IT COMPARES
When manufacturers hear “AI,” they picture a six-month project. This is different.
Optimyzer connects to no machines and requires no historical data. Your operators get results starting from day one.
| Best Operator | Conventional AI | Optimyzer | |
|---|---|---|---|
| TIME TO GREAT RESULTS | Years of experience on that specific machine – not available on demand | 3–6 months of data collection and model training by IT and data science teams | Same day, after 6–9 experiments by any operator |
| HARDWARE AND INTEGRATION | Pen and paper | Sensors, machine connectivity, IT infrastructure | Tablet and internet connection |
| GETTING STARTED | Not enough skilled operators available on the market | Expensive projects raise the barrier of entry | Proven results after the first optimization, ready to scale across all your machines |
| KNOWLEDGE RETENTION | Leaves when the person leaves | Complex pipeline only understood by the developer | Builds with each experiment, documented in your account |
ROI CALCULATOR
Find out what Optimyzer can deliver for your machines
Most machines run below their optimal performance not because of downtime or maintenance, but because of suboptimal parameters. See what closing that gap is worth for your plant.
5–10x
Typical first-year ROI across all technologies
10–15%
Average yield gap on unoptimized machines
Laser cutting customers typically see 12–18% yield gains.
Estimated savings based on average yield gains across customer optimizations for this technology. Results vary by machine, material, and distance from optimal parameters.
GETTING STARTED
See it work on your machine, before a full rollout.
01
Intro call
A qualification call to understand your machines, your setup, and what matters to you. We identify the most impactful optimization to run first.
02
Live demo
We run Optimyzer on your machine, with your material. You see the results firsthand, typically within 6–9 experiments, before any purchase decision.
03
Continued testing
We support you as you plan and run more optimizations on your own, to see results at a longer scale.
04
Rollout
Annual subscriptions per machine, with bundle pricing for multiple machines. You expand where Optimyzer has already proven its value.