Pallet Rack Roll Forming Machines

 

pallet rack roll forming machine systems enable efficient, continuous production of storage rack structural components used extensively in warehouses and industrial facilities. This article covers working principles, capabilities, suppliers, comparisons, and more.

 

Introduction Of Pallet Rack Roll Forming Machine

 

Roll formed pallet racks utilize sequential roller dies to cold form metal coils into long structural members comprising the vertical columns, horizontal beams, braces etc. They provide an optimal balance of storage density, selectivity, and operational efficiency.

 

Benefits:

 

• High strength-to-weight designs
• Faster installation compared to stick-built methods
• Lower transportation cost
• Minimal production waste
• Consistent quality and dimensional accuracy
• Applicable for manual, automated storage/retrieval

 

This guide covers key aspects from specification and procurement to installation and utilization of roll formed selective pallet racks.

 

 

Working Principle Of Pallet Rack Roll Forming Machine

 

A typical heavy-duty roll forming production line involves:

 

1. Stock Feeding

 

Metal coils are loaded on a precise de-coiler feeder with an initial sheet guidance section. Galvanized steel is commonly used.

 

2. Roll Forming

 

The strip engages a series of roller dies mounted in a mill duty housing frame. Each die induces a series of small bends which gradually form the custom pallet rack profiles. Common components include columns, beams, braces, accessories.

 

3. Support and Guiding

 

Additional supporting and guiding rollers stabilize the precut blank as it progresses through the sequential stands finally achieving the completed cross-section profile.

 

4. Cutoff and Collection

 

Formed sections are automatically sheared to specified lengths, typically ranging from 3 ft to 12 ft. Conveyors collect and stack the finished parts for bundling and shipment.

 

Design Aspects:

 

• Number of dies and forming stations
• Vertical intermesh clearances
• Horizontal adjustment ranges
• Frame rigidity and stability
• Precision servo feeds

 

3D modelling optimizes these parameters for each new pallet rack component profile ensuring quality output.

 

Key Capabilities

 

Advanced pallet rack roll formers provide:

 

1. Components Produced

 

• Pallet rack columns – Uprights supporting horizontal beams
• Rack beams with connectors– Horizontal decks
• Diagonal and horizontal row spacers
• Reinforcing frames, sway braces
• Ancillary accessories, supports

 

2. Material Compatibility

 

• Hot-dip galvanized low carbon steel
• High strength steels up to 1000 MPa grade
• Prepainted, powder coated aesthetic finish options
• Stainless steel grades available

 

3. Size Ranges

 

• Column heights up to 40 ft produced continuously
• Lengths up to 65 ft feasible
• Thickness range from 1.0 mm to ~3 mm
• Formed widths adjustable per profile

 

4. Secondary Processing

 

• Hole punching for connectors and accessories
• Slotting, louvre patterns for visibility
• Chili toppings for structural engagement
• Embossing and corner detailing
• Sheared cut to length pieces per design

 

5. Key Quality and Output Rates

 

Parameters	Typical Values
Forming speed	16 – 23 m/min
Punching/slotting speed	18 – 25 strokes/min
Shearing speed	15 – 20 cuts/min
Positioning accuracy	± 0.5 mm
Contour tolerance	± 1.0 mm

Higher precision achievable with appropriate upgrades.

 

Typical Pallet Racking Systems

 

Roll formed components cater to a wide range of storage requirements:

 

• Low rise shelving – up to 15 ft
• Medium rise – 20 to 30 ft
• High rise – Beyond 35 ft
• Narrow aisle adjustable racks
• Double deep storage structures
• Pushback cart systems
• AS/RS automation compatible
• Drive-in/drive-through adjustable lanes

 

Global Equipment Suppliers

 

Company	Location	Models
FONNTAI	China	RFQ Series
UNICO	Taiwan	IBR Series
FORMETCO	Turkey	Max. 3mm thickness
ILABLE	Spain	UL Certified

Tips on Choosing Vendors:

 

• Get proposals from multiple suppliers
• Prioritize trust and responsiveness
• Ensure demonstrated pallet rack experience
• Request referrals and case studies
• Clearly specify key requirements

 

Involve suppliers early for optimal equipment design and delivery.

 

 

Pricing Estimates

 

Machine Price Range:

 

• $150,000 to $350,000
• Profile complexity impacts price tags
• Automation and secondary processing increase price
• Precision requirements affect price

 

Operating Cost Considerations:

 

• Material coil cost dominates
• Utility bills for power consumption
• Maintenance and consumables
• Labor, facility overheads

 

Opportunities to Reduce Costs:

 

• Standardize on profile designs
• Qualify local fabricators if feasible
• Compare upgrades vs. new machine
• Negotiate bulk purchase discounts
• Explore financing options

 

Carefully balance functionality, efficiency, and price for an optimal value equipment.

 

Installation & Operation

 

Best Practices for Installation

 

• Carefully site and anchor the heavy equipment
• Precision alignments and level checking
• Ensure clearances to coil payoff
• Confirm guides settings
• Test initial sample production thoroughly

 

Tips for Productive Operation

 

• Certified electricians handle wiring
• Monitor strip tension and guides wear
• Watch for coil defects during unspooling
• Utilize recommended mists and lubricants
• Inspect critical formed lengths

 

Preventive Maintenance

 

• Periodically resurface forming rollers
• Check bearing seals, hydraulics, electrics
• Tighten any loosened bolts
• Backup automation data and parameters

 

Proactive preventive maintenance minimizes unplanned outages.

 

Selecting The Right Roll Former

 

Key Selection Considerations

 

Parameter	Evaluation Aspects
Product Quality	Case studies, test certifications
Reliability	MTBF history, safety features
Lead Time	Order to delivery, after-sales support
Customization	Flexibility to match specifications
Value	Pricing relative to features offered

Develop specific requirements and assess proposals weighing both technical and commercial aspects before finalizing equipment selection.

 

Roll Forming Pros & Cons

 

Advantages

 

• Continuous, efficient production
• High quality consistent parts
• Applicable for high strength steels
• Lower operational skill needs

 

Limitations

 

• Initial roll tooling setup time
• Can induce some residual stresses
• Thickness and width changes require roll change

 

For majority of pallet rack designs with production volume exceeding 250,000 linear feet per year, roll forming offers clear productivity and economic advantages over other fabrication approaches.

 

 

FAQs

 

Q: What information is required during design phase?

 

A: Complete 2D CAD and preferably 3D models with key dimensions defined for each pallet rack component are needed for equipment engineering.

 

Q: Can racking systems for cold storage be produced?

 

A: Yes, specialized grades with insulation layers or stainless-steel finishes suitable for cold and freezer environments can be formed.

 

Q: What automation options are typically available?

 

A: Servo feed upgrades, production data monitoring, automated stacking and order sorting conveyors etc. minimize manual handling needs.

Q: What testing is performed on roll formed racks?

 

A: Rigorous load testing per ANSI MH16.1 guidelines evaluating strength, durability, impacts, vibrations, and other structural parameters ensures storage system integrity.

 

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