I analyze, optimize, and supervise your production processes on site. From pinpointing hidden bottlenecks to turnkey project management—maximizing yield, throughput, and profitability.
Targeted identification of plant bottlenecks and performance potentials.
Increasing Overall Equipment Effectiveness (OEE) and timber yield.
Preventive measures to systematically reduce unplanned downtime.
Future-proof engineering focused on energy and resource efficiency.
From the initial on-site audit to ongoing after-sales support: a proven 5-stage engineering approach for sustainable plant performance.
On-site audits, cycle time tracking, and material flow audits to expose plant bottlenecks.
Feasibility studies, variant comparisons (retrofit vs. new line), and solid ROI calculations.
Independent functional specifications for mechanics/controls and modernization layouts.
Vendor management, schedule and cost control, and active supervision until full ramp-up.
Your direct liaison to German-speaking machine builders: operational troubleshooting, warranty claims, and spare part negotiations.
End-to-end process and plant optimization across every stage of the sawmill value chain.
Optimizing log handling, debarking, 3D scanning, sorting lines, and buffer zones for continuous feeding.
Maximizing volumetric yield, optimizing cutting patterns, saw blade tool geometries, and feed rates.
Eliminating critical interface bottlenecks between primary and secondary sawing and residual wood lines.
Boosting performance in lumber sorting, optimized cross-cutting, automated stacking, and dry kiln logistics.
Let's work together to elevate your plant performance and production processes to the next level.
FM InSo stands for independent, technical consulting driven by deep system understanding. As an Industrial & Mechanical Engineer (TU Braunschweig) with over 10 years of specialized experience in sawmill and timber processing technology at LINCK, I combine mechanical precision with economic performance.
My industrial background spans drive and manufacturing technology at SEW-EURODRIVE, process optimization and error prevention workshops on the truck assembly line at MAN Truck & Bus AG, and turbocharger prototype management at BorgWarner, through to NPI product launches of optical precision microscopes and plant projects in Swiss pool technology.
This interdisciplinary method enables accurate bottleneck analysis, robust functional specifications, and reliable interface management with machine manufacturers—from initial engineering to ongoing after-sales support.
Briefly outline your challenges or upcoming investments—I will get back to you promptly.
