All

Open Arm Storage for High Variety Industrial Materials

Open Arm Storage for High Variety Industrial Materials

When products vary in length, shape and handling requirements, closed shelving can create blocked access and wasted space. Cantilever storage uses an open front and independent support arms to keep long products visible from the aisle. This makes it easier to separate stock, identify the right bundle and move material without removing adjacent loads.

Inquiry

Overview
Inquiry
Related Products

Operational Advantages:

Store different product lengths within one modular system

See stock positions directly from the operating aisle

Load from the front without working around front columns

Separate raw materials, work-in-process and finished goods

Change arm positions as product dimensions change

Add bays or levels when storage demand increases

图片 1.png

Built Around the Material:

Material profile	Recommended planning emphasis	Optional support
Long and uniform	Consistent arm spacing and bay width	End stops or guides
Mixed lengths	Adjustable levels and clear labeling	Dedicated zones by length
Round or unstable	Contact points and retention	Cradles or arm lips
Surface-sensitive	Protection at loading points	Decking, pads or sleeves
Heavy bundles	Verified structural and floor capacity	Impact guards and barriers

From Receiving to Dispatch:

A well-planned cantilever layout can support a simple material flow:

1. Receive and inspect incoming bundles

2. Assign each bundle to a length, material or project zone

3. Store with labels facing the operating aisle

4. Pick the required bundle using the approved handling method

5. Return partial bundles to a defined location

6. Review fast-moving and slow-moving zones regularly

System Components:

Choose the Right Layout:

Layout choice	When it works well	Key question
Wall-side row	Space is limited along a perimeter	Can loading equipment approach safely?
Double-sided row	Both sides need direct access	Is the aisle wide enough for the equipment?
Dedicated length zones	Inventory has clear size groups	Can products be labeled and replenished consistently?
Expandable layout	Stock volume is expected to grow	Where will the next bay or row be added?

Project Information Checklist:

Before preparing a design, collect the following information:

Product photos and material descriptions

Maximum and minimum load length

Width, height, bundle shape and overhang

Unit weight and maximum bundle weight

Number of bundles and required storage positions

Loading frequency and handling equipment

Available floor area, clear height and aisle restrictions

Indoor or outdoor conditions

Required finish, protection and compliance documentation

Safe Use and Long-Term Performance:

Use the rack only within verified design loads

Keep bundle sizes and placement patterns consistent with the design

Maintain clear aisles and loading zones

Inspect frames, arms, bases and protection after impacts

Replace damaged components before returning the bay to service

Update labels when the layout or approved load pattern changes

Talk to a Storage Specialist:

Share your material list and site information to receive a recommended layout, configuration review and quotation.

Company and installation country

Material types and product photos

Maximum dimensions and weights

Quantity and storage position requirements

Available footprint and clear height

Handling equipment and operating method

Indoor or outdoor installation

Target delivery date

Use this framework to prepare an accurate quotation. All final capacities and dimensions must be verified through engineering review.

Common Inquiries

What is the primary benefit of cantilever racking?

The open-front structure allows immediate access to lengthy and bulky items that are often inefficient to store in standard pallet racking systems.

Can a cantilever system be tailored to specific needs?

Configurations can typically be adapted based on material length, load weight, storage height, handling machinery, and available floor area. However, the final design requires professional engineering for the specific project.

Is it appropriate for outdoor storage applications?

It can be engineered for exterior use, but factors such as weather conditions, wind loads, drainage, corrosion resistance, roofing, and foundations must be carefully evaluated.

How should the proper capacity be determined?

Base the selection on actual material weight, dimensions, bay loading patterns, and equipment interaction. Avoid choosing capacity solely from generic examples.