Introduction
Piezosystem Jena, located in Jena, Germany, is a leader in piezoelectrical positioning technology, known for its precision and suitability for vacuum applications. The company serves a global market with systems used in various high-tech fields.

Contact Information
Contact details are provided for Piezosystem Jena's headquarters and international representatives to assist with customer support and inquiries.

Overview of Applications
Piezoelectrical systems are utilized in life sciences, material science, optics, and semiconductor industries for applications like cell tracking, microscopy, laser beam focusing, and wafer inspection. The MIPOS system is noted for its high-precision scanning capabilities in confocal microscopy.

Micro Objective/Lens Positioning Systems
The MIPOS series offers precise adjustments for micro objective lenses, with motion ranges from 20 µm to 500 µm. Features include minimal angular deviation, high resonant frequency, and compatibility with standard microscope threads. Integrated feedback sensors enhance stability and accuracy.

MIPOS Series Specifications
Specifications for MIPOS models include motion range, capacitance, resonant frequency, and microscope compatibility. The MIPOS 20–100 and MIPOS 250–500 series are highlighted for their precision.

Accessories
Accessories like spacer rings and flex-adapters facilitate the integration of MIPOS systems with microscopes, ensuring ease of installation and maintaining focal distance.

Conclusion
Piezosystem Jena provides a wide range of piezoelectrical positioning systems and accessories, designed for precision and adaptability in scientific and industrial applications.

Overview of nanoMIPOS 400 and MIPOS N90 CAP
The document details the nanoMIPOS 400 and MIPOS N90 CAP, micro objective positioning systems used in microscopy.

Specifications

• nanoMIPOS 400: Features a 400 µm focusing range, sub-nm step width, integrated capacitive feedback sensor, and supports lenses up to 39mm in diameter.
• MIPOS N90 CAP: Designed for NIKON microscopes, it moves up to 5 objectives with a 90 µm range and high resonant frequency.

Key Features

• Both systems use flexure hinges for precision and stability.
• The nanoMIPOS 400 includes a passive damping system for upside-down applications.
• The MIPOS N90 CAP is operated by a compact electronic module with a PC interface.

Applications

• Surface scanning and analysis
• Scanning microscopy
• Biotechnology, such as cell scanning
• Beam focusing for printing processes
• Semiconductor test equipment

Additional Information
The document highlights the availability of various thread sizes for compatibility with major microscope brands and the importance of the integrated capacitive sensor for stability and accuracy in closed-loop operations.