Tailor-made infrastructure – reproducing customer reality for the analytical services
Your benefits with tailor-made infrastructure
Dedicated equipment is essential to guarantee the best possible experimental conditions when performing customized experiments. Tailor-made infrastructure could include, for example, devices that allow the investigation of samples in-situ and in-operando under various environmental conditions.
In addition to the ability to vary measurement conditions, infrastructure in the form of automated sample manipulators is important in order to provide a higher sample throughput, leading to more efficient use of available beam time, and standardization of results. An overview of the possibilities for tailor-made infrastructure can be found below.
We are looking forward to supporting your analytical inquiries with our tailor-made infrastructure.
Possibilities for your tailor-made infrastructure:
- Gas atmosphere
Electrical & magnetic
- Magnetic fields
- Electrical fields
- High throughput
- Sample manipulation
Selection of tailor-made infrastructure
Our engineering and technical know-how allows us to create tailor-made infrastructure to reproduce customers’ reality for our analytical services. All infrastructure is fully integrated into analytical facilities for the performance of imaging, diffraction & scattering and spectroscopy experiments. The pool of infrastructure is continuously growing. Our existing infrastructure is very flexible, and can be modified according to customer needs.
Automation – Sample exchanger for high-throughput experiments
- Sample quantity in the range of 100,000 pc
- Automatic identification of probes during measurement
Automation – Sample manipulation for in-situ experiments
- High speeds (max. 130 mm/s)
- High position accuracy (0.05 mm)
- Integrated overrunning clutch which compensates for motor ramp-up and allows constant speeds
Climatic – Climatic chamber for in-situ experiments
- Temperature-controlled environments
- Temperatures between -20°C and 80°C
- Controlled scavenging air flow
Mechanical – Hydraulic pressure unit for in-situ experiments
- Pressure up to 100 bar
- Stepless variable pressure control
- Repeat and loop mode control