Flexible Structural Support for Modular Laboratory Workstations
Open Frame Design for Efficient Integration
Santech C-Frame Systems are designed to provide strong, flexible, and accessible support structures for modern laboratory workstations. Engineered for modular laboratory environments, the open-frame configuration allows efficient utility integration, easy maintenance access, and organised workspace planning while maintaining long-term structural stability.
C-Type Structural Support System
Mild Steel / Stainless Steel 304
Powder-Coated / Epoxy Coated
Modular Laboratory Workstations
Open Frame Design
Structural Stability
Utility Integration
Santech Labs is a leading manufacturer of modular laboratory furniture, offering comprehensive solutions from concept planning through to final installation. Our expertise combines smart design, durable materials, and global compliance standards to create efficient, future-ready laboratory environments.
The C-Frame system is a cantilever-based support structure that carries the worktop independently of under-bench storage cabinets. Unlike traditional bench systems that rely on plinths or floor fixings, the C-Frame provides structural support without anchoring to the floor, allowing greater flexibility in layout and easier reconfiguration of storage units.
Yes. One of the key advantages of the C-Frame design is that under-bench cabinets can be pushed under, suspended, or moved without affecting the integrity of the bench system. This makes it easy to reconfigure workspace layouts as laboratory needs evolve.
Yes. The C-Frame System incorporates a telescoping floor seal or adjustable levelling feet that compensate for uneven surfaces, helping maintain a level worktop and stable bench structure even in older or irregular floor conditions.
The C-frame system typically uses a robust steel framework finished with a chemically resistant epoxy powder coat, which provides excellent resistance to knocks, wear, and chemical exposure. Worktops are made from high-quality, easy-to-clean materials designed for rigorous lab environments.
