Six examples show different starting points—from parts supply to ongoing MES development.
Automotive · Toyota
Manage materials logistics based on actual demand
An In House Part Logistics solution was developed to determine parts requirements, track part locations and provide information on strategically positioned tablets.
Objective: less waiting and unnecessary trips, with improved parts availability at the point of production.
Manufacturing · MES
Continuously develop an MES over many years
An existing MES was adapted and maintained to support versioned production recipes, connected machines and site-specific requirements.
More than 10 years of adaptation and maintenance across European plants.
Automotive · Toyota
Digitalize continuous improvement
The vKaizen solution digitalized continuous improvement by systematically capturing and processing employee suggestions.
Within 1.5 years: average processing time fell from six weeks to one; 18% more suggestions were submitted.
Automotive · Brake manufacturing
Preserve historical production data
Data was extracted from an Oracle-based application that could no longer be upgraded and made available for long-term use in a new application.
Context: legal requirements to retain parts data for more than 10 years.
Manufacturing · MES
Modernize an established MES step by step
Components of a solution based on Siemens SIMATIC Production Suite were progressively replaced with custom developments, including bidirectional machine integration.
Control of more than 100 pieces of equipment, including integrated SCADA functionality.
Manufacturing · Production dashboards
Make deviations visible at an early stage
Production dashboards visualize machine parameters, output, scrap, orders, downtime reasons and inspection data.
Objective: second-by-second process visibility and faster responses to deviations.