Pioneering Acoustic & Materials Science Research
A premier university laboratory specializing in resonant acoustic mixing, advanced material characterization, and sustainable chemical manufacturing. Partner with us for cutting-edge R&D and pilot-scale process development.
Research Focus Areas
Resonant Acoustic Mixing (RAM)
Fundamentals and applications of bladeless mixing for advanced materials.
Nanomaterials & Composites
Synthesis and characterization of functional nanostructures.
Energy Storage
Next-generation battery slurries, solid-state electrolytes, and supercapacitors.
Pharmaceutical Engineering
Continuous manufacturing, co-crystals, and drug delivery systems.
Management Team
Strategic leadership driving operational excellence and innovation
Dr. Karl Schneider
Dr. Lukas Weber
Dr. Paul Wanger
Dr. Moritz Richter
Our Research Team
Leading scientists and emerging researchers driving innovation
Prof. Dr. Klaus Weber
Prof. Dr. Maria Santos
Dr. James O'Connor
Dr. Wei Zhang
Anna Schmidt
Lukas Fischer
Fatima El-Mansouri
Carlos Mendez
Sophie Lehmann
Thomas Berger
State-of-the-Art Instrumentation
Resonant Acoustic Mixers (RAM)
Lab-scale and pilot-scale resonant acoustic mixing systems (up to 5 kg).
SEM/EDX & XRD
Scanning electron microscopy, X-ray diffraction for crystallography.
Rheology & Thermal Analysis
DSC, TGA, rheometers for complex fluid characterization.
Gloveboxes & Controlled Atmosphere
Inert atmosphere processing for air-sensitive materials.
Laboratory Capabilities Brochure
Detailed equipment list, research portfolio, collaboration models, and recent publications. Download our PDF brochure.
Core Facilities
RAM Pilot Lab
Resonant acoustic mixers for scalable mixing trials
Thermal Analysis Suite
DSC/TGA, hot-stage microscopy
Particle Characterization
Laser diffraction, BET surface area
Cleanroom & Gloveboxes
ISO 7, O₂/H₂O < 0.1 ppm
Collaborate With Us
Industry partnerships, academic visits, and contract research opportunities