In automated fulfillment, the belt is rarely the first thing anyone thinks about, and almost always the reason a system stops moving. Live roller conveyors run continuously, accumulate constantly, and depend on a drive belt that tracks true, welds cleanly, and holds its tension through millions of cycles.
The Gates IntraLogix™ family takes a different approach to that problem. Rather than adapting one general-purpose belt across every conveyor bed, each IntraLogix belt is engineered around a specific conveyance system that is matched to its roller geometry, drive configuration, and duty cycle. The result is a unified belting portfolio that lets operators spec the exact belt their equipment was commissioned to run, backed by in-region, for-region manufacturing and Gates application engineering support.
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As operators consolidate suppliers and standardize MRO inventory, there's understandable pressure to find one belt that works everywhere. The problem is that conveyance systems have moved in the opposite direction. ARP beds, zero-pressure accumulation zones, and flat skew-bed drives each impose fundamentally different demands; different roller geometry, different lateral forces, different failure behavior under twist.
A general-purpose belt adapted into a system it wasn't designed for introduces variables nobody asked for: tracking drift, inconsistent welds, premature edge wear, zone timing that no longer matches what the line was commissioned around. The IntraLogix™ family resolves the tension between consolidation and fit. Each belt is engineered around a specific conveyance platform, LRB-100 for Vanderlande ARP .M, LRB-77 to Intelligrated IntelliQ™ specification, LRB-45 for Dematic flat drive beds, while all three are ordered, stocked, and supported through a single Gates channel. Operators get specification-level fit without adding a supplier for every system, backed by in-region, for-region manufacturing that shortens supply timelines.
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LRB-100 replaces traditional flat PVC belts with applicated v-guides with a fully homogeneous, co-extruded design. The v-guide is integral to the belt body, which eliminates delamination (a common premature failure mode in the industry) rather than simply resisting it. The result is more consistent tracking, stronger welds, and significantly lower total cost of ownership.
*On average, compared to equivalent competitor ARP belts in accelerated Dyno testing.
LRB-77 was developed with Intelligrated and refined across more than ten years of field-proved performance. Its v-guide geometry is designed to perfectly match Intelligrated pressure roller grooves, holding the belt centered through the lateral forces that accumulation zones generate every cycle.
Guided belts solve tracking with geometry seated in a groove. Flat drive beds have no groove, so the belt itself must stay square to the rollers, which comes down to how well the belt resists twist. LRB-45 is built around that requirement, making it the correct specification for skew bed sections where more compliant belting rides up on one edge.
Explore and validate system performance with hands-on samples of Gates IntraLogix™ belts for high-performance automated conveyance warehouses. See the difference and talk with one of our representatives about your system today.
Every IntraLogix™ belt is built around a specific system, and LRB-100 shows what that approach makes possible. Watch how a fully homogeneous construction changes the way an ARP belt tracks, welds, and wears.
Gates engineers belting around the systems your operation already runs. From ARP and accumulation beds, to flat skew-bed drives and distribution conveyors. See how purpose-built conveyance solutions keep automated facilities moving.
Q. What is Gates Design Power?
Gates Design Power is a cutting-edge digital platform that enables users to design, analyze, and optimize power transmission systems for maximum efficiency. The system can be used in a desktop application, mobile application, and a web application and is available worldwide in 17 languages.
Q. How does the TPU integration enhance the platform?
The integration of TPU products into Design Power expands the platform's capabilities with a wider range of belts that offer higher flexibility and precision, ideal for specialized applications like pharmaceuticals, robotics, and elevator lift systems.
Q. What is the Design Power Bicycle Drive Assistant module?
The Bicycle Drive Assistant module takes the guesswork out of bicycle belt drive selection. Whether your company builds daily commuters, mountain bikes, or high-performance cycles, this module helps you find the right components and optimize your ride, from concept to creation.
Q. What industries benefit most from TPU products on the platform?
Industries like logistics, materials handling, packaging, and more, benefit from TPU's durability and ability to perform in a wide variety of environments.
Q. Can I design TPU belts into my applications using Gates Design Power?
Yes, Design Power now allows you to design TPU belts into your applications, analyze belt forces, and optimize performance to meet your specific needs.
Q. Is there any training available for using Gates Design Power?
Yes, we offer video tutorials and other support resources like Design Power Pro Tips video series to help users get the most out of the platform and maximize its capabilities in their designs.
Q. Who was the Bicycle Drive Assistant module made for?
The Gates Design Power Bicycle Drive Assistant was created for OE bike manufacturers, repair shops looking to know replacement belt options, and diy enthusiasts wanting to optimize their bikes with Gates Belt Drive products.
Q. Is Gates Design Power suitable for both beginners and experienced users?
Yes, whether you're new to design or a seasoned professional, Gates Design Power offers intuitive tools and advanced features that cater to all skill levels.
Q. What other tools does Gates offer?
In addition to Gates Design Power, Gates offers several other self-service tools like eCrimp, an online tool that provides quick access to crimp specifications and product data.
Q. Where is Gates Design Power available?
Design Power is optimized for mobile devices, as well as web and desktop, allowing users to access tools and resources wherever they are located. Use the links on this page, or download the mobile app from the App Store and Google Play.