Where the hours actually go

Take a shop running two shifts with a fibre laser cutting tube and profile. The machine cycle is planned to the minute, yet the operator loses time several times a shift: waiting for a bundle, unloading the stack to reach the right wall thickness, re-slinging after a load shifted, finding a straight section after a bundle was dragged. None of that appears on the machine’s utilisation report as a fault, and all of it appears in the month’s output.

Run the arithmetic on your own numbers. Three material searches a shift at eight minutes each is twenty-four minutes, and that is before the second shift. Over a year it is more than two hundred hours of paid cutting capacity spent standing still — a figure worth putting next to the price of any storage system.

Three failure modes that repeat in every workshop Herochu is asked to re-layout

Machine downtime while material is found. Bulk stacking hides stock. The bundle you need is at the bottom, and pulling it out is a fifteen-minute project with a crane and two people.

Surface damage from dragging. Long goods get handled by the end because that is where the sling goes. Dragging scratches tube walls, marks extruded profile faces and bends thin-wall sections. On aerospace and precision work, that damage is a rejection, not a cosmetic issue.

Forklift traffic in tight aisles. A forklift carrying a 6-metre bundle through a workshop with a laser bed on one side and a press brake on the other has no margin for error. Drops, struck racks and injured operators cluster in exactly those aisles.

What changes when the rack rolls out

The mechanism is simple: each tier extends toward the aisle on a guided carriage, on rollers or a geared crank, and returns when the lift is complete. Three things follow, and each one attacks a specific failure.

100% tier selectivity. Any level can be reached without touching the level above. Mixed alloy stock, mixed wall thickness, mixed length — the operator pulls the one bundle needed, not a stack.

Vertical crane loading. With the tier extended into clear space, the hook comes straight down. No side pulling, no chain wrapped around a bundle at an angle, no forklift under a swinging load.

No dragging, no scratching. Material rests on independent arms with end stops. It is lifted off and set down, never scraped along steel.

On the Herochu crank-out design, the extended tier locks mechanically before anyone reaches in, and the arms are braced against droop so the bundle stays flat while it is out.

Traditional stack versus roll-out rack cell

Floor space is what buyers notice first — layouts of this type commonly recover up to half the area previously given to stacks and turning circles — but space is the smaller prize. The real gain is that the cutting cell stops waiting.

Putting the rack where it earns its money

Place the rack parallel to the cutting cell, close enough that the crane travels metres rather than aisles. In that position the material flow is a short loop: rack, crane, table, cut parts, out. Operators stop walking to a warehouse and start working a five-metre circuit.

Herochu builds these racks for steel pipe, tube, square bar, H-beam, copper bar and aluminium extrusion, and sizes the frame to the stock list so the cell layout can be drawn around real bundle dimensions rather than assumptions. For shops cutting mixed profiles, the same frame carries different arm spacing per tier.

Industries where this layout pays back fastest

In each case the pattern is the same: many sizes, moderate quantities, and a downstream machine that costs more per hour than the storage ever will.

FAQ

Is a roll-out cantilever rack only for laser cutting? No. It suits plasma tables, automatic saws, press brakes with long tooling, and any cell fed with bundle stock. Laser shops adopt it first because their cycle times make waiting expensive.

How fast is a pick, realistically? A trained operator extends the tier, slings the bundle and lands it on the table in well under a minute for a normal bundle. The thirty-second figure applies to the tier access itself, not the full lift.

Can it replace a forklift? For storage and machine feeding, largely yes, provided the crane covers the cell and the hook height clears the top tier. Forklifts still move pallets of finished parts.

Does it work in an existing building with a low roof? Tier count is set by hook height, so a low building gets fewer tiers over a longer run. Herochu lays that out from a roof and crane survey before quoting.

Key takeaways

Downtime in a cutting cell is usually a storage problem wearing a production disguise. Roll-out tiers give full selectivity, crane loading removes the drag-and-drop handling that damages long goods, and a compact cell layout keeps material within metres of the machine. Fix the flow, and the machine hours come back.

Why 6 metres is the awkward length

Mill lengths of pipe, tube and square bar cluster around 6 metres because that is what fits a standard 40-foot container and what most cutting tables accept. It is also the length where floor stacking starts to fail visibly: a bundle stacked three high needs a bay roughly 7 metres long and 1.5 metres wide, and the bundle at the bottom is unreachable until everything above it moves.

Saw and laser operators feel it first: the nest is ready, the machine is warm, and the material is under four other bundles.

Support points, sag and the case for three arms

A horizontal pipe is a beam, and deflection grows sharply with span — doubling the distance between supports multiplies sag several times over. Support a 6-metre length only at its ends and the middle drops, the bundle settles into a shallow curve, and the first cut can come off square by more than the tolerance allows. Three arms per tier, set at roughly equal spacing, cut the unsupported span to about 3 metres and keep the stock straight enough for precision work.

Herochu sets arm count per tier from the stock you list, not from a standard drawing. Thin-wall tube in long bundles and solid square bar behave differently under the same span, and the arm section follows that difference.

Rack length, overhang and end stops

The rack should be a little longer than the longest stock it holds — typically 6.3 to 6.5 metres of frame for 6-metre material. That allowance gives the crane room to land a bundle without threading it between columns, and it stops the pipe ends from cantilevering past the outermost arm.

End stops are not optional at this length. A 6-metre bundle that shifts 300 mm during a lift puts its centre of gravity outside the arm base, and the load goes over.

Tier pitch against your crane hook

Each tier needs clear vertical space equal to the bundle height plus the sling and spreader you actually use — commonly 800 to 1,000 mm. Six tiers at that pitch land near 5 metres of frame height, which is why the crane hook height, not the available wall space, usually sets the tier count.

A rack that is one tier too tall is worse than a rack with one tier fewer. Operators start dragging the top bundle out sideways because the hook will not clear it, and the scratch damage that follows is written off as normal wear.

How a 6-metre tier extends without twisting

A long tier is a torsion problem. Pull one end of a loaded 6-metre arm assembly and the free end lags, the tier racks sideways in its guides, and the rollers take a load they were never sized for. Long-stock roll-out tiers solve this with a carriage travelling on both columns, a synchronised drive, and guide rollers that keep the tier square through the full stroke.

On the Herochu crank-out version, the tier runs out on a geared crank with a positive stop at the extended position, and the arms are braced so a full bundle does not droop toward the level below. Electric telescopic versions do the same with a motor per tier and limit switches at both ends.

Loading a 6-metre bundle with a spreader

The lift itself is where most damage happens. Two slings choked at the quarter points will bow a bundle; a spreader beam at the same points keeps it flat. The sequence that works: extend the tier, land the spreader over the bundle centre, take up slack, lift vertically, traverse to the machine, lower onto the feed rails, retract the empty tier.

Keeping the rack parallel to the cutting cell — not across the aisle — shortens that traverse to a few metres. Material flow stops competing with forklift traffic, and the cell keeps running.

Transport, floor and installation

Six-metre frames ship as bolted column sections rather than one welded piece, which keeps freight inside container limits and lets a two-person crew assemble on site. What matters at installation is level across the full length: a 6.5-metre run that is 5 mm out of level loads unevenly, and the crane operator feels it on every lift. Herochu supplies base plate and anchor layouts per project and checks floor flatness before the frame goes down, because correcting it afterwards means unloading the rack.

FAQ

How many arms does a 6-metre pipe need? Three per tier is the practical standard for precision stock. Two arms work for short, stiff sections and light bundles where some sag is acceptable.

Can a 6-metre rack fit a standard shipping container? Yes, when columns are supplied in bolted sections. Fully welded 6.5-metre frames need flat-rack or break-bulk freight, which adds cost and lead time.

What aisle width does the crane need? Enough for the hook block to pass and the bundle to swing clear — usually 1.5 to 2.5 metres in front of the extended tier, measured against your actual hook block.

Will one tier hold a full mill bundle? That depends on the bundle weight and the arm load centre. Send both to Herochu with the stock list and the tier rating is calculated rather than assumed.

Key takeaways

Six-metre stock rewards three-point support, a frame slightly longer than the material and a tier that stays square through its full travel. Match tier pitch to hook height, keep the rack beside the machine, and the pick becomes a vertical lift instead of a handling job.

Square and rectangular hollow sections present specific storage challenges that round pipe and solid bar do not. Their flat faces allow stable stacking, but their geometry encourages load shifting when stacked incorrectly. A bundle of rectangular tubes stacked with mismatched alignment concentrates weight unevenly, causing the bundle to lean and creating safety risks during retrieval. Herochu’s customized heavy-duty roll-out cantilever rack addresses these challenges through configurable arm geometry, compartment sizing, and mechanical-assist extension.

The Square Tube Problem: Why Standard Racks Fall Short

A standard cantilever rack with flat arms works adequately for round pipe. Round material self-centers on the arm and rolls only along a single axis. Square and rectangular tubes behave differently. A bundle of 100mm × 50mm rectangular tubes stacked 20 pieces wide has a natural tendency to lean toward one side if the individual pieces are not perfectly aligned. During crane or forklift retrieval, the bundle can shift unpredictably, creating pinch points and increasing the risk of dropped loads.

Additionally, the flat faces of square sections mean surface contact area is maximized. On unpadded steel arms, this contact point becomes a wear location—the powder coating erodes, exposing bare steel that rusts and transfers oxide staining to the stored material. For architectural or exposed-application square tube, this surface damage renders material unusable.

Herochu’s Customization Response

Herochu approaches square and rectangular pipe storage through three adjustable parameters: arm geometry, compartment configuration, and surface treatment.

Arm Geometry. For rectangular sections, arms can be configured with a slight back-slope of 2–3 degrees toward the column. This encourages bundles to settle against the upright, using gravity to maintain alignment rather than fighting it. V-shaped trough arms are available for applications where square tube must be stored without any lateral freedom. Adjustable dividers slide along the arm and lock with thumb screws, allowing different widths of rectangular tube to share a single tier without contact.

Compartment Configuration. Standard clear space between layers starts at 600mm. For square and rectangular sections stored in small quantities—the typical pattern for fabricators handling mixed specifications—compartment dividers create dedicated slots for each size. A 5-tier rack might dedicate tier 1 to 150×150mm square tube, tier 2 to 100×50mm rectangular, tier 3 to 80×80mm square, and so on. Retrieval becomes a matter of reading the tier label rather than searching through a mixed pile.

Surface Protection. Polyurethane arm pads are available for applications where surface finish is critical. The 8mm pads prevent metal-to-metal contact and absorb the impact energy of crane-loaded bundles. For aluminum or stainless square tube, this protection is not optional—it is the difference between usable inventory and scrap.

Mechanical Assist and Load Management

The roll-out mechanism proves particularly valuable for square and rectangular tube because these profiles do not self-align during handling. A round pipe bundle placed slightly off-center on a fixed arm will roll into position. A rectangular bundle placed at an angle stays at that angle, and the offset worsens with each subsequent operation.

The crank-out mechanism allows the operator to extend the arm to a comfortable working position, align the bundle precisely, then retract the load into the rack. The constrained movement path prevents the bundle from developing the rotational drift that occurs when loads are pushed into fixed-position arms by forklift.

Load Capacity and Configuration Flexibility

Each compartment supports 3–5 tons depending on model. The HC-G6053 platform handles 6-meter square and rectangular sections at 3,000 kg per level. For 9-meter and 12-meter lengths, the HC-G9065 and HC-G12065 provide 5,000 kg per level.

Single-sided configurations (HC-G6053S) mount against walls for operations where floor space is constrained. Double-sided models double capacity within the same column footprint. The 4+1 and 5+1 layer configurations—four or five roll-out tiers plus a fixed top level—balance accessibility with vertical density. The top level serves as stationary storage for slow-moving or overstock items, while the roll-out tiers handle active inventory.

Durability in Fabrication Environments

Square and rectangular tube storage often occurs in fabrication shops where the rack serves as a buffer between the saw and the welding station. In this environment, the rack experiences near-continuous loading and unloading, the material often arrives coated in cutting fluid or coolant, and the surrounding air contains metal dust and grinding particles.

Herochu’s powder-coated finish addresses the corrosion side of this equation. The full-coverage application—including on bolt holes and weld seams—prevents the localized rust that becomes a structural liability within two to three years on inferior racks. The Q235B steel frame provides the structural durability to withstand repeated dynamic loading without progressive deformation.

Application Profile: Aluminum Extrusion Fabricator

A fabricator specializing in architectural aluminum frames needed to store 6-meter square and rectangular tube in over 30 different cross-sections. Floor stacking caused surface scratching on visible surfaces. Herochu supplied a double-sided HC-G6053 with:

• Five roll-out levels per side

• Polyurethane arm pads on all tiers

• Adjustable dividers configured for six compartment widths

• Color-coded powder coating (different color per column section for quick material-family identification)

The customer reported zero surface rejections after six months and a 50% reduction in retrieval time compared to the previous floor-stacking method.

Warehouse managers dealing with long metal stock face a recurring problem: standard racking never fits the actual inventory. Off-the-shelf cantilever systems assume uniform load dimensions, but real-world warehouses hold a shifting mix of pipe bundles, bar stock, profiles, and leftover cuts that rarely conform to a single specification. The Herochu Customized Industrial Warehouse Storage Steel Telescopic Cantilever Rack is built around this reality, offering dimensional flexibility that adapts to the material rather than forcing material to adapt to the rack.

Why Customization Matters for Long-Item Storage

A fixed-dimension rack wastes vertical space when storing short remnants and overstresses arms when loaded with full-length bundles that exceed design assumptions. Customization addresses both extremes. Herochu engineers each system around the actual goods — pipe diameter, bundle weight, profile cross-section, and total warehouse ceiling height — so that every tier operates within its rated capacity while occupying the minimum necessary floor footprint.

The process begins with a site survey. Column height, arm projection, base length, and tier spacing are all selected from a wide range of configurable values. Column heights accommodate warehouses from compact 3-meter eaves to high-bay facilities exceeding 8 meters. Arm lengths from 500 mm to 1000 mm and base lengths from 1200 mm to 2200 mm allow the rack to match both small bar stock and large-diameter tube bundles. When a facility stores mixed material types, tiers can be set at different spacings within the same upright — dense spacing for thin rod on lower levels and wider spacing for bulky profiles above.

Structural Configuration Options

The upright column frame is the backbone of the system. Herochu constructs it from square tubing welded at the column-to-base junction, creating a rigid node that resists the torsional loads generated when cantilever arms extend under full capacity. Multiple upright frames are connected by adjustable diagonal flats and a connecting bar system. This is not a cosmetic addition — the diagonal flats triangulate the structure, transferring lateral loads into the base and preventing the frame from racking under asymmetric loading when one side is fully loaded and the other is empty.

The telescopic function itself is the feature that separates this rack from conventional cantilever designs. Each arm is endowed with a free telescopic mechanism actuated by a manual winch. When an operator turns the winch, the arm extends outward or retracts inward along its guide channel. In the retracted position, arms sit flush within the column footprint, leaving the aisle clear for forklift passage or bridge crane movement. In the extended position, arms project outward to support the load during deposit and retrieval.

Matching Rack Dimensions to Material Types

Different materials impose different storage requirements. The table below illustrates how configuration parameters shift based on what is being stored:

This configurability means a single rack row can serve multiple departments — a fabrication shop storing raw bar on one side and finished profiles on the other, for instance, with each tier set to the appropriate height and arm projection.

Telescopic Operation and Bridge Crane Integration

The manual winch mechanism is designed for single-operator use. An access lane of roughly 1.2 to 1.5 meters is sufficient for an operator to walk alongside the rack, turn the winch, and extend the arms. Once the load is placed — typically by bridge crane from above or by forklift from the aisle — the arms retract, returning the aisle to its full clear width.

This operational model is particularly valuable in facilities where floor space is at a premium. A conventional cantilever rack with permanently projecting arms requires an aisle wide enough to clear the full arm length plus the load overhang. The telescopic version needs only the clearance for the operator and winch mechanism during the brief loading cycle. For a warehouse with ten rows of rack, this can recover hundreds of square meters of usable floor area.

Customization Beyond Dimensions

Dimensional flexibility is the starting point, not the endpoint. Herochu offers additional customization layers:

• Tier count: 2 to 7 layers per upright, tailored to ceiling height and material height.
• Single-sided vs. double-sided configuration: single-sided racks against walls or back-to-back double-sided rows in open floor areas.
• Arm type: horizontal arms for flat bar and sheet remnants; tilted arms (2°–4°) for round pipe and bar to prevent roll-off.
• Compartment classification: independent storage compartments per tier on both sides, allowing material segregation by grade, diameter, or project number.
• Color and finish: powder coating in customer-specified RAL colors, applied over a twice-pickled oxidation-prepared steel surface for maximum resin adhesion and corrosion resistance.
• OEM labeling: manufacturer plates and documentation can be configured to customer specification.

Quality Control in Custom Manufacturing

Custom does not mean uncontrolled. Every Herochu telescopic cantilever rack passes through a multi-stage quality inspection process. Raw material verification confirms Q235B or Q345 carbon steel grade compliance before fabrication begins. Weld inspection follows each column-to-base and arm-to-guide weldment. After powder coating, the finish is checked for coverage uniformity and adhesion. Before shipment, a pre-shipment load test verifies that each tier carries its rated capacity without permanent deformation.

The dual-beam crossbar design deserves particular attention here. Rather than a single connection point between arm and upright, the dual-beam configuration distributes the bending moment across two separated connection nodes. This reduces stress concentration at any single bolt group and allows the system to carry 3 to 5 tons per compartment — the rating that appears across the HC-G series models — with a substantial safety margin.

Practical Outcomes for Warehouse Operations

Facilities that deploy a customized telescopic cantilever system from Herochu report three measurable changes. First, search time for specific material drops, because each compartment is independently classified and accessible. Second, material damage rates fall, because loads are supported along their full length rather than balanced on improvised supports. Third, aisle space is recovered, because arms retract when not in active loading.

For warehouses storing mixed and variable long-item inventory, a rack that conforms to the material rather than the other way around is not a luxury — it is the difference between organized storage and chronic congestion. The Herochu Customized Industrial Warehouse Storage Steel Telescopic Cantilever Rack delivers that conformity through genuine dimensional and structural customization, backed by a Q235B steel frame and a telescopic mechanism proven across hundreds of installations.

Contact Herochu with your material specifications and warehouse dimensions. The engineering team will configure column heights, arm lengths, base lengths, and tier counts to match your inventory profile — and deliver a rack that fits your operation rather than forcing your operation to fit a rack.

Six-meter steel tubes are among the most awkward items a warehouse can hold. They are long, heavy, and easy to tangle, and when they are stacked flat on the floor they bury one another; retrieving a single bundle of a given diameter usually means shifting half the pile first. A telescopic cantilever rack for pipe storage takes a different approach. Instead of forcing the material into a fixed shelf, the rack moves the storage level out to meet the bundle. Herochu builds this class of rack around a manual crank mechanism that is simple, reliable, and independent of any power supply. The sections below explain how the system works, why the 3-ton class suits 6-meter bundles, and where it pays back fastest.

What a telescopic rack does that a fixed cantilever rack cannot

On a conventional cantilever rack the arms are stationary. The forklift or overhead crane has to place each 6-meter bundle between two columns with little room for error, and the aisle must be wide enough for both the machine and the full length of the load. A telescopic cantilever rack from Herochu is engineered for the opposite routine. The operator turns a hand crank, the arm assemblies extend outward into the aisle, the bundle is set down on the extended arms, and the crank draws the arms and the load back inside the rack footprint. Because the load no longer has to swing through the aisle, aisle width can shrink by several meters, and the rack can sit tight against other equipment.

How the manual crank mechanism works

On a Herochu rack, turning the crank moves the telescopic arm assemblies smoothly out of the frame and back in. The operator works from floor level, so loading and unloading do not require climbing or work at height. The geared transmission holds the arms positively in position once the crank stops, which keeps the stored bundle stable even while other compartments are being accessed. The same motion sequence applies to every level, so a new operator learns the procedure in minutes. Because the drive is purely mechanical, the rack keeps working in unpowered halls, during outages, and in workshops where running electrical supply lines would complicate installation or inspection.

Sized for 3-ton, 6-meter bundles

The Herochu HC-G6053S and HC-G6053 models are built around a 6,000 mm pipe length and a rated load of 3,000 kg per level, arranged over five tiers as standard, with custom layer counts available on request. Each compartment handles 3 to 5 tons depending on the configuration. The frame is fabricated from Q235B high-strength steel, and the dual-beam crossbar design spreads the concentrated load of individual tubes across the full width of the level. That matters in daily operation: a bundle rarely lands perfectly centered, and the twin-beam arrangement keeps the arms level even when the weight sits toward one end.

Independent compartments on both sides

On a Herochu rack, every tier is divided into independent compartments on both sides. One rack can therefore separate material by diameter, steel grade, wall thickness, or customer order without moving any dividers. Bundled and loose material are equally welcome: a full strap of tubes sits in one compartment, and the short ends or cut-off pieces from the previous job go into the compartment next to it. Because every bundle has a designated place, the classic warehouse problem of “somewhere over there” disappears, and inventory checks become a visual walk rather than a search.

What the rack saves: floor space, handling time, and material

The arithmetic is straightforward. A 6-meter bundle stored flat occupies roughly 6 meters of floor length for every row you can stack; stored on five levels, the same quantity uses one footprint five times over. Handling time drops because the crank extension presents the bundle at the edge of the rack, where the forklift or crane hook has direct access instead of reaching between columns. Damage falls as well: tubes no longer slide against each other during retrieval, so surface scratches and bent ends are far less common, which means less rework and fewer rejected lengths downstream. For plants that run the same sizes week after week, the compartment plan becomes a visual inventory system: the rack layout itself tells the storeman what is in stock and where, before a single label is read.

Where a 3-ton telescopic rack earns its keep

This storage method fits operations that live on long material every day: tube laser cutting shops, profile fabrication lines, steel service centers, and construction material yards. It is also a practical answer for workshops where overhead crane time is a bottleneck. A 3-ton Herochu telescopic rack takes tube storage off the floor and out of the crane’s critical path, freeing the crane for cutting and assembly work, which is usually where it earns more per hour. Tube mills and service centers that receive mill bundles and cut to order see the benefit twice: once when material arrives and once when an order is picked.

Two models, one layout decision

HC-G6053S and HC-G6053 share the same 6-meter, 3,000 kg, five-level platform, and the right choice is settled during layout planning. Aisle width, discharge direction, and the handling equipment already installed in the building all play a part, which is why Herochu engineers ask for a simple floor plan before recommending a variant. For longer material, the same family extends upward: the Herochu HC-G9065 and HC-G12065 accept 9,000 mm and 12,000 mm pipes at up to 5,000 kg per level, so a facility that grows into longer stock can scale the system rather than replace it.

Getting the rack matched to your operation

A telescopic cantilever rack for pipe storage pays for itself through fewer handling moves and less wasted floor space, but only when the layout is correct. Send the aisle dimensions, the bundle weights, and the lengths you actually store, and the Herochu team returns a racking proposal with the model, layer count, and compartment layout spelled out. One drawing is enough to see whether the crank approach fits your hall, and the load ratings above make the comparison easy.

Industrial warehouses storing long, heavy materials such as steel pipes, profiles, and tubes face a persistent operational challenge: how to access stored materials efficiently without compromising safety or space utilization. Traditional fixed cantilever racks require wide forklift aisles that consume valuable floor space, and operators often struggle to maneuver heavy pipes into tight storage positions. Herochu has engineered a solution through its Roll Out Manual Cantilever Storage Rack—a pipe profile warehouse storage system that transforms material handling efficiency through innovative crank-out technology.

Manual Crank Mechanism for Space-Saving Loading and Unloading

The defining feature of Herochu’s Roll Out Manual Cantilever Storage Rack is its manual crank mechanism, which enables space-saving loading and unloading without requiring cumbersome lifting or reaching. Unlike fixed cantilever racks that demand forklifts to navigate narrow aisles and insert forks into high slots, this system brings the material out to the operator. A simple crank turn extends the cantilever arms outward from the column, allowing operators to access pipes and profiles at the aisle face rather than reaching deep into the rack. This design breakthrough eliminates the struggle of maneuvering pipes into tight spaces and eliminates the time wasted coordinating multiple workers for basic tasks.

Corrosion-Resistant Construction for Long-Term Durability

Industrial storage environments demand equipment that can withstand continuous use and exposure to harsh conditions. Herochu’s roll out manual cantilever storage rack features corrosion-resistant construction that protects against rust for long-lasting durability. The rack is fabricated from premium structural steel and treated with a durable electrostatic powder coating that provides a critical layer of protection against corrosion. The galvanized steel frame ensures stability and strength for heavy loads, maintaining structural integrity throughout years of industrial use.

High Load Capacity for Pipe and Profile Storage

The Roll Out Manual Cantilever Storage Rack delivers impressive load-bearing capability, with each arm supporting substantial weights in standard configurations. Single-layer load-bearing capacity ranges from 3 to 8 tons, with the actual capacity determined by arm depth and the number of load points per arm. This capacity makes the system suitable for storing everything from lightweight aluminum profiles to heavy industrial steel pipes. The Q235B high-strength steel frame with dual-beam crossbar design ensures exceptional load-bearing capabilities without structural deformation.

Customizable Layers and Flexible Configuration

Every warehouse has unique storage requirements. Herochu’s roll out manual cantilever storage rack offers customizable layers, allowing facilities to tailor the number of shelves according to their specific space and needs. The system accommodates pipe lengths from 6 meters to 12 meters with adjustable compartment dimensions. Arm length, load capacity, number of layers, and layer height can all be customized to meet specific industrial requirements. This flexibility ensures that the system can be configured for diverse applications, from steel pipe storage to aluminum profile management.

Independent Compartments per Tier

The roll out manual cantilever storage rack incorporates independent compartments per tier, providing dedicated storage on both sides of the rack structure. This classified storage approach enables facilities to organize different material types in separate compartments—carbon steel pipes on one side, stainless tubing on the other, aluminum extrusions on a separate row—all within the same footprint. This organization reduces search time, minimizes material damage, and improves overall warehouse efficiency.

Electrostatic Powder Coating for Enhanced Longevity

The surface treatment of the roll out manual cantilever storage rack plays a crucial role in its long-term performance. Herochu applies electrostatic powder coating that provides a smooth finish and enhances the shelf’s longevity. This coating process creates a durable, corrosion-resistant surface that withstands the rigors of daily industrial use while maintaining an attractive appearance. The powder-coated finish also facilitates easier cleaning and maintenance, contributing to a cleaner, more professional warehouse environment.

Plug-In Installation for Convenient Setup

Time-efficient installation is essential for minimizing operational disruption. Herochu’s roll out manual cantilever storage rack features plug-in installation, enabling easy setup with minimal tools required for convenient use. This straightforward assembly process reduces downtime during installation and allows facilities to quickly implement organized storage solutions without extensive construction or specialized labor.

Safety and Operational Efficiency

Safety is a critical consideration in industrial material storage. Poorly stacked pipes and manually arranged long materials can easily cause rolling, falling, or handling accidents. Herochu’s roll out manual cantilever storage rack provides stable storage positions that keep materials securely organized and reduce potential workplace hazards. The manual crank mechanism eliminates the need for workers to reach deep into racks or lift heavy materials manually, significantly reducing the risk of ergonomic injuries. Optional safety accessories, protective components, and customized structural solutions can be added according to different operating conditions.

Applications Across Industries

The Roll Out Manual Cantilever Storage Rack is suitable for a wide range of industries, including steel processing plants, metal manufacturing facilities, automotive suppliers, engineering workshops, logistics centers, and construction material warehouses. It is particularly effective for facilities that handle long, heavy materials requiring frequent access and where floor space is at a premium.

Herochu’s Roll Out Manual Cantilever Storage Rack represents a transformative approach to pipe and profile warehouse storage. By combining a manual crank mechanism with corrosion-resistant construction, high load capacity, customizable layers, independent compartments, electrostatic powder coating, and plug-in installation, this system delivers the efficiency, safety, and performance that modern industrial warehouses demand.

The Evolution of Long-Item Storage

Engineered for Unmatched Strength and Stability

Enhancing Operational Efficiency and Safety

Customization: Tailoring the System to Your Needs

Real-World Applications and Industry Impact

Conclusion: A Strategic Investment for the Future

• Manual: A smooth-gear hand crank requires minimal force—even a single worker can extend a fully loaded tray.
• Electric: Wireless remote control activates silent motors for hands-free operation, ideal for clean rooms or automated facilities.