International Laboratory Relocation: Moving the Jungfleisch Lab from Delaware to TU Graz

International Laboratory Relocation from the University of Delaware to TU Graz, Austria

Moving a research laboratory internationally requires more than putting equipment into crates and arranging transportation.

Every piece of equipment represents years of research, experiments, data and scientific progress. When a researcher moves a laboratory thousands of miles to a new institution, the relocation has to be carefully planned from the first box packed at origin through final delivery inside the new laboratory.

USA Lab Movers recently completed an international laboratory relocation for Dr. M. Benjamin Jungfleisch, moving his research equipment from the University of Delaware in Newark, Delaware, to Graz University of Technology, also known as TU Graz, in Graz, Austria. The project included origin packing, specialized equipment crating, air freight preparation, international transportation and final delivery into the new laboratory.

For us, this was another opportunity to do what USA Lab Movers was built to do: Protecting Science in Motion.

Supporting Cutting Edge Research in Spintronics and Magnonics

Dr. Benjamin Jungfleisch’s work sits at the intersection of condensed matter physics, materials science and emerging technologies.

At the University of Delaware, Jungfleisch served as an Associate Professor in the Department of Physics and Astronomy and Associate Director of the university’s Quantum Science and Engineering program.

His research covers spintronics, magnonics, nanomagnetism, spin transport and spin dynamics in nanostructures.

The Jungfleisch Research Group describes its work as exploring novel phenomena in nanomagnonics and spintronics, fields that investigate how magnetic behavior at extremely small scales can potentially be used for new computing, communication and information technologies.

His research has included work involving artificial spin ice, ultrafast spintronics, magnetic dynamics and Brillouin light scattering. University of Delaware research materials describe his group as using advanced nanofabrication, microwave techniques and Brillouin light scattering spectroscopy to investigate magnetic interactions and excitations in nanoscale structures.

That type of research requires specialized instrumentation, which makes planning the physical relocation of the laboratory especially important.

An International Lab Move From Delaware to Graz, Austria

The project began at the University of Delaware, where our crew prepared the Jungfleisch lab equipment for its journey to Austria.

USA Lab Movers packed and loaded approximately 25 boxes of laboratory materials and equipment at origin. Those items were then transported to our warehouse, where the international shipment was organized, palletized and prepared for transportation by air.

International moves introduce additional steps that do not exist on a typical domestic laboratory relocation.

Packing methods need to account for a much longer transportation chain. Freight may pass through several facilities before reaching the final destination. Documentation has to align with international shipping and customs requirements. The shipment also needs to be organized so that everything can be efficiently received and placed at the destination.

That is why we approach an international lab relocation as one continuous project rather than treating the origin move, freight and destination delivery as separate jobs.

Custom Crating Specialized Research Equipment

Certain pieces of equipment required additional protection before beginning the trip overseas.

For this project, the equipment identified for custom crating included laser equipment, a PC rack, Newport equipment, GMW equipment, an aluminum frame and other specialized components used by the research group.

Custom crating is especially important on international laboratory moves because equipment is exposed to more handling than it would be during a typical local relocation.

The goal is to minimize movement inside the crate while protecting sensitive components from vibration, impact and the normal handling that occurs throughout an international transportation network.

Our team evaluates equipment individually so that the packing and crating method matches the instrument rather than trying to use one solution for everything in the laboratory.

Preparing the Lab for Air Freight

Once the origin work was completed, the shipment returned to our warehouse for final preparation.

This allowed our team to consolidate the shipment, palletize the packed materials and prepare the equipment for air transportation to Austria.

For international research relocations, this intermediate step can be extremely valuable.

It gives us an opportunity to verify the shipment, organize the freight and make sure the equipment is properly prepared before beginning the international portion of the move.

For the customer, it also means there is one team coordinating what happens between the laboratory at origin and the laboratory at destination.

Following the Move From the United States to Austria

One aspect of this project that was particularly important to me was being involved on both sides of the move.

I was onsite for the project in the United States and traveled to Graz, Austria, to oversee the destination portion as well. The original project scope specifically planned for USA Lab Movers leadership to be present at both locations when scheduling allowed.

When we manage an international laboratory relocation, I think there is real value in maintaining continuity throughout the project.

The person who understands what left the original laboratory should also understand what is expected when it arrives.

That becomes even more important when you are transporting specialized scientific equipment across an ocean.

Final Delivery Into the New Laboratory at TU Graz

After the shipment reached Graz, the equipment and packed materials were delivered into their appropriate locations inside the new laboratory.

That final step matters.

A lab move is not complete when a shipment reaches an airport or loading dock. The equipment ultimately needs to get where the scientists need it.

Our role is to bridge that gap from the old laboratory to the new one.

TU Graz currently lists Benjamin Jungfleisch with its Institute of Solid State Physics in Graz, and university related materials published ahead of his arrival reference the setup of new experiments associated with his start at TU Graz in October 2026.

So this relocation was not simply moving laboratory equipment from one building to another. It was part of establishing the infrastructure for the next stage of an active research program.

Laboratory Relocations That Cross Borders

Research is increasingly international.

Professors move between universities. Research groups relocate. Biotechnology companies open facilities overseas. Pharmaceutical companies consolidate operations. Equipment is transferred between collaborating institutions around the world.

The logistics behind those moves can become complicated very quickly.

USA Lab Movers provides a single point of coordination for laboratory relocations involving specialized packing, custom crating, equipment handling, international transportation and destination delivery.

We understand that the most important thing inside a laboratory is not the crate, truck or airplane.

It is the science inside them.

Protecting Science in Motion From Delaware to Graz

We are proud to have played a role in relocating the Jungfleisch Research Lab from the University of Delaware to TU Graz.

Projects like this are exactly why USA Lab Movers exists.

Whether a laboratory is moving across campus, across the country or across the Atlantic, our responsibility remains the same: understand what is being moved, build the right plan around it and protect the equipment and research throughout the transition.

From packing the first box in Delaware to overseeing delivery inside the laboratory in Graz, our team was there to help move the science forward.

USA Lab Movers

Protecting Science in Motion.