Workplace noise and distractions can significantly hinder productivity, but Canadian Portable Structures (CPS) aims to solve this problem with its ModTech System, a portable office solution designed to block external noise while offering flexibility for industrial and commercial environments.
The system’s laminated panel design creates a sturdy, sound-resistant barrier, reducing noise levels by up to 38 decibels. This allows different departments, such as production and accounting, to operate efficiently in close proximity without disruption.
CPS offers two versions of its modular offices. The standard system meets most industrial and commercial office requirements, while the heavy-duty system is built for more demanding applications, including two-story structures, ceilings over 10 feet, or roof storage. The heavy-duty model features reinforced panels and framing for increased load-bearing capacity, along with thicker walls for enhanced noise reduction. Additional safety features, such as guard rails and wire mesh partitions, help maintain a secure workspace.
The ModTech System also incorporates Wireway technology, enabling easy installation and rearrangement of electrical wiring, phone lines, and other communication systems. Businesses can modify, expand, or relocate the offices as needed, with assembly and disassembly requiring only basic tools and minimal labor.
Most standard orders can be delivered within five working days and assembled by two people in approximately eight hours. CPS provides full installation support, including step-by-step instructions, and customers can choose between the company’s installation crew or their own maintenance team for setup.
With quick delivery, easy customization, and effective noise reduction, CPS’s ModTech System provides a practical and adaptable workspace solution for businesses looking to improve productivity in noisy environments.
Related Topics:
- Sheet Rock Anchors: Types, Uses, and Installation Guide
- Comprehensive Review of Concrete Screw Anchors
- Brad Nail vs. Finish Nail: A Comprehensive Tool Evaluation
