Every scratch on a high-purity stainless steel tube isn't just a defect—it's a threat to compliance and a direct hit to your bottom line. When your CNC or welding station stalls because operators are carefully untangling the right material grade from a pile, you're losing more than time. Stop wrestling with inefficient storage and start protecting your high-value assets and your production uptime.
In the world of manufacturing for pharmaceutical, food & beverage, or semiconductor industries, a stainless steel tube is not just a piece of metal. It's a critical component where surface integrity is non-negotiable. Traditional storage methods—like floor stacking or standard static racks—introduce risks that directly impact your operational excellence and profitability.
When you store expensive, polished stainless tubes in a conventional rack, every retrieval is a gamble. The forks of a lift truck, contact with adjacent bundles, or the process of "digging" for a specific item can cause scratches, dings, and contamination. A single deep scratch can compromise the surface finish (Ra), violate strict standards like ASME BPE, and force you to scrap an entire length of high-value material.
With dozens of different diameters, wall thicknesses, and grades of stainless steel, maintaining accurate heat lot traceability is paramount. In a stacked or poorly segregated system, grabbing the wrong tube is an easy mistake to make—a mistake that can lead to catastrophic batch failures, costly recalls, and a damaged reputation. Manually sorting through bundles to verify material specs is a pure waste of skilled labor.
Consider the cost of a high-value production cell—a CNC lathe or an orbital welding station—sitting idle. This is the reality when operators spend 15-25 minutes carefully maneuvering a forklift or crane to extract one specific bundle of tubes buried under others. This "secondary handling" is a hidden factory of waste, throttling your plant's true output capacity.
The solution is not a better rack, but a fundamentally different material flow process. A roll out cantilever storage system transforms storage from a static, problematic cost center into a dynamic, efficient production asset. The core principle is simple but revolutionary: every storage level is a 100% extendable drawer, bringing the material to you.
Because each level can be fully extended out into an open aisle, the primary tool for material handling shifts from a ground-based forklift to an overhead crane. Using soft nylon slings or other non-marring attachments, your crane can access the material from directly above. This completely eliminates contact with metal forks and the risk of incidental damage during loading and unloading. Your material's pristine surface finish is protected from the moment it arrives to the moment it's fed into a machine.
Each extendable cantilever arm becomes a dedicated home for a specific SKU or heat lot. There is no more stacking, no more piling, no more confusion. Operators can immediately identify and access the exact material required by the production order. This makes inventory counts precise, simplifies quality audits, and makes your traceability system virtually foolproof, ensuring you always meet the stringent demands of your industry.
Our systems are designed to match your specific operational needs. For areas with lower access frequency, the manual crank out cantilever rack offers a cost-effective and ergonomic solution. A simple, detachable hand crank allows a single operator to effortlessly roll out several tons of material. For high-throughput production cells, the fully electric system provides ultimate efficiency. With the push of a button on a remote control, the desired level extends automatically, presenting the material for picking in seconds.
The manual crank-out system provides effortless, precise control for heavy loads.
The electric remote-controlled system delivers maximum speed for high-frequency operations.
Investing in a safe storage of heavy pipes and tubes system delivers a powerful return. By eliminating forklift aisles and utilizing vertical height, you can reduce your material storage footprint by up to 50%. This frees up valuable floor space for new, revenue-generating machinery without the need for expensive facility expansion. More importantly, by slashing material retrieval times from over 15 minutes down to less than 3, you directly increase the productive uptime of your most valuable assets. The reduction in scrapped material alone often provides a payback period of less than 18 months.
The result is a cleaner, safer, and dramatically more organized facility that not only impresses clients and auditors but also empowers your team to work more efficiently. It's a strategic investment in quality, productivity, and safety.
The system prevents scratches in two ways. First, it enables "no-touch" handling via an overhead crane accessible racking design, using soft slings instead of metal forklift forks. Second, each bundle of material has its own dedicated, extendable level, eliminating the friction and contact that occurs when sliding materials in and out of a static rack or unstacking them from a pile.
Absolutely. It is ideal for traceability. Each individual storage level can be designated for a specific heat lot, material grade, or SKU. This physical segregation prevents mix-ups and makes visual identification and inventory management incredibly simple and accurate, which is crucial for meeting quality standards like ASME BPE.
Not at all. The manual crank-out system is engineered with a gear-reduction mechanism. This design makes it surprisingly easy for a single person to smoothly and safely roll out a fully loaded level, even with weights up to 5,000 lbs or more, with minimal physical effort.
Because these systems concentrate a significant amount of weight in a small footprint, a proper concrete foundation is essential. As part of our process, we will provide you with detailed point-loading calculations based on your specific rack configuration and maximum load. We work with you to ensure your floor meets the required specifications for a safe and stable installation.
Yes, that is the perfect setup. An overhead crane paired with soft, non-marring nylon or polyester slings is the recommended method for handling delicate materials with this system. When a level is extended, it provides clear, unobstructed access from above, allowing the slings to be positioned perfectly for a safe, balanced, and damage-free lift.
