Collaborative space engineered for comfort and acoustic excellence
Silen Space Max is expertly engineered for modern, agile teams that demand both privacy and performance. With its modular architecture, this acoustic pod grows with your workspace—whether you’re hosting intense strategy sessions or need a quiet zone for large teams. The pod’s spacious interior (102 × 93 × 81 inches) offers ample room to sit, stretch, stand, and collaborate without compromise. Its acoustically optimized construction ensures Class A speech absorption and 41 dB noise isolation, verified through rigorous lab and field testing.
The build features EchoFree acoustic panels and STC-rated laminated safety glass, providing superior sound control. Antibacterial trims, magnetic side panels, and optional dual-door access make the Space Max easy to maintain and configure. It supports plug-and-play use, integrates with modern office systems, and includes flexible power options like USB-C, USB-A, and regional voltage standards.
Tailored functionality with next-gen features and sustainable materials
This pod also delivers excellence in environmental control, helping to minimize distractions for the users. An automated ventilation system ensures a fresh air exchange rate that’s double the typical standard. Meanwhile, LED lighting—selectable in warm (3000K) or cool (4000K) tones—can be adjusted via an intuitive dimmer panel. Convenience features like occupancy lights, retractable hooks, and seismic kits add further value, while optional integrations like HDMI, LAN ports, or USB-C/A power outlets allow seamless device connectivity.
A variety of surface finishes, trims, and fabric types—such as the eco-conscious Camira Quest textiles—allow businesses to match any interior design aesthetic. Designed with sustainability at its core, Space Max features FSC™ certified wood, low-energy systems, and durable components built to last over 20 years. Whether you need a long-term meeting room or an instantly deployable private workspace, Silen Space Max meets the demands of high-performance work environments.
