Innovation built for modern industrial floors
Redefining Warehouse Joint Performance
SmoothJoint™ offers a new approach to solving chronic joint deterioration in warehouses, factories, and high-traffic industrial environments, without requiring traditional reconstruction.
To explore whether this innovation may be relevant to your facility, we require a brief Mutual NDA before sharing technical details.
The Problem
Joint deterioration is one of the most expensive and disruptive issues in industrial flooring.
Every day, facilities lose efficiency due to:
- Repeated damage to material handling equipment
- Constant forklift vibration and driver discomfort
- Slowed operations across joint crossings
- Rising maintenance costs
- Safety and product-handling concerns
These issues scale with traffic, speed, and weight—making joint performance mission-critical for logistics and manufacturing operations.
Our Vision
At SmoothJoint™, we believe industrial floors should work for your operations, not against them.
Our solution provides a continuous, smooth transition across slabs—maintaining durability while improving warehouse performance.
Why It Matters
A better-performing joint means:
- Faster, safer traffic flow
- Reduced equipment maintenance
- Improved long-term floor durability
- Higher operational efficiency
- Lower lifecycle costs
Redefining Warehouse Joint Performance
To explore whether this innovation may be relevant to your facility, we require a brief Mutual NDA before sharing technical details.
©2026 SmoothJoint™ | S Line Systems, LLC | 5900 Balcones Drive Ste 100, Austin, Texas 78731 | All rights reserved
SmoothJoint™ is engineered for excellence. While our technical data reflects rigorous testing and extensive field experience, every industrial floor has unique characteristics. To ensure the optimal performance of your installation and to benefit from our full technical support, please contact our engineering team for a customized site assessment. This document does not constitute a generic warranty; product suitability must be verified for your specific site conditions prior to use.