Products
Readymade pre-trained AI products to solve your manufacturing challenges.
The Industries
where we have Experiences
Industries we have served
Industries we have served
Tvarit Industrial AI
Product Suite
Prescriptive
Quality
Reduce rejections with TiA® quality predictions, Error-Root-Cause-Analysis, and recommendations on measures to be taken by your operations team.
Etching
Deposition
Casting
SMT Lines
Prescriptive
Energy
Lower energy consumption and emissions with predictions of energy losses and recommendations on measures to reduce the dissipation of energy.
Ovens
Mixing
Furnaces
Smelting
Prescriptive
Maintenance
Prevent manufacturing disruptions and improve OEE by predicting optimal maintenance schedules & measures for all machines, utilities, & parts in your plant.
Cleanroom Tool
Cold Forming
Drive Motors
Milling
Prescriptive
Production Planning
Achieve energy efficient production planning including recommendations on optimal change-overs, and actionable advice on optimal scheduling of activities.
Component
Inventory
Heat Treatment
Wire Drawing
One-of-its-kind Hybrid AI Approach
with Physics Knowledge
By combining electrical/physical design simulations with AI modelling, our TiA® software gains unprecedented accuracy. With its realistic predictions, production can be optimised almost 100%.
Typical AI models use process parameters that come from PLC/DCS systems of various process equipment. But that’s just the tip of the iceberg. We dive deep into engineering designs. In this way, we can include information that can never be measured with shopfloor sensors. Therefore, conventional AI cannot replicate production processes. However, Tvarit hybrid AI models are able to simulate electrical/physical processes by taking into account information on input materials, maintenance, tools data, etc.
ANCHOR Benefits
Benefits
The Change we bring
Up to 1,500,000 € of annual savings
Up to 1,500,000 € of savings per plant
Up to 5% increased OEE
through increased productivity & improved yield
Up to 7,2 GJ reduced Energy per plant
due to reduced rework
Up to 60% improved yield
with suggestions for optimal casting parameters