LabStack Line
High-density vertical sample storage
- For all substrate sizes up to 50 x 50 mm -
Non-binding, typical reply time 1-2 business days
High-density vertical
sample storage
LabStack turns unused vertical space into structured storage capacity. By stacking trays in a compact tower, large numbers of substrates can be stored within a minimal footprint. This allows labs to significantly increase sample capacity inside gloveboxes or controlled environments without sacrificing accessibility or workflow clarity.
High-density vertical sample storage
LabStack turns unused vertical space into structured storage capacity. By stacking trays in a compact tower, large numbers of substrates can be stored within a minimal footprint. This allows labs to significantly increase sample capacity inside gloveboxes or controlled environments without sacrificing accessibility or workflow clarity.
Modular and scalable system
LabStack grows with your throughput. Towers and trays can be added, rearranged, and mechanically connected vertically and horizontally without tools. The slide-in geometry creates stable tower arrays directly inside the lab or glovebox, allowing capacity to scale cleanly without redesigning layouts or introducing unstable stacking solutions.
Modular and scalable system
LabStack grows with your throughput. Towers and trays can be added, rearranged, and mechanically connected vertically and horizontally without tools. The slide-in geometry creates stable tower arrays directly inside the lab or glovebox, allowing capacity to scale cleanly without redesigning layouts or introducing unstable stacking solutions.
Standardized tray-based organization
Each tray follows a fixed geometry and can be labeled at the front, creating a shared storage logic across users and experiments. Samples remain ordered, orientation is consistent, and identification is immediate. This reduces mix-ups, speeds up daily work, and helps maintain reproducibility even in teams with rotating staff and students.
Standardized tray-based organization
Each tray follows a fixed geometry and can be labeled at the front, creating a shared storage logic across users and experiments. Samples remain ordered, orientation is consistent, and identification is immediate. This reduces mix-ups, speeds up daily work, and helps maintain reproducibility even in teams with rotating staff and students.