LadderCageFactory-Direct Cage Ladder With Side Step
Cage Ladder With Side Step
Cage ladder with side step - left or right exit at no extra cost, welded steel. OSHA & EN ISO 14122-4 compliant, DoC with every order.
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Countries Exported
Quote Response
Max Single-Run Height
Cage Ladder With Side Step - Exit Options & Materials
Cage Ladder With Side Step
Left or Right Exit at No Extra Cost
The side step exit is included at no charge, on the side you choose - no premium for your exit direction.
Welded Steel - HDG or SS304
Q235B with HDG 85-100 um per ISO 1461, or PMI-tested SS304/SS316 for chemical and marine environments.
Safe Landing & Custom Heights
Anti-slip welded steel step for a safe landing; any height up to 25 m single-run or multi-run systems.
Specifications
Side Step Cage Ladder - Exit & Step Specs
Every side step cage ladder is made-to-order with the engineered parameters below. Exit side and step position are confirmed on the free drawing review.
Get My Side Step Quote| Specification | Value |
|---|---|
| Rung Diameter | Φ20 mm |
| Rung Spacing | 280 mm (≤300 mm) |
| Clear Width | 500 mm |
| Cage Diameter | Φ700 mm (hoops 40×5 @≤1500, straps 30×3) |
| Cage Start | 2.2 m above floor |
| Side Step Exit | Left or right, at no extra cost |
| Load Rating | 1.5 kN per rung |
| Standards | OSHA 1910.28 · EN ISO 14122-4 |
Compliance Docs: DoC With Every Order
Compliance - DoC with Every Order
No chasing paperwork after delivery - every cage ladder with side step ships with its full compliance file.
- DoC - OSHA 1910.28 & EN ISO 14122-4
Declaration of Conformity to the relevant standard
- MTC 3.1 Material Certificate
EN 10204 3.1 for Q235B / SS304 / SS316
- Structural Calculation Sheet
Engineer-signed for project loads
Zero-Cost Side Exit & Factory-Direct Pricing
Zero-Cost Side Exit & 24h Quote
The side step exit is included at no charge. Itemized quote in 24 hours with a free drawing review.
Side Step Exit Included at No Charge
Left or right exit direction, built in at no additional cost.
Free Drawing Review
We confirm the exit side and step position on your drawings before production.
Quick Quote in 24h
Itemized, line-by-line pricing within one working day. Volume orders ship in 15-25 working days.
Get a Side Step Cage Quote
Get a Side Step Cage Quote
Free quote in 24 hours + free drawing review and compliance kit with every order. Tell us your exit side and height - we handle the rest.
- Left/right exit at no extra cost
- 24h itemized quote
- Free drawing review
- DoC with every order
Why Tank Rims Choose a Side-Step Exit
A walk-through exit assumes deck is waiting directly above the ladder. On a storage tank there is none — above the top rung sit open air and a curved shell, so a climber stepping forward would move over the rim edge and into the fall zone. The exit rotates ninety degrees instead: the ladder tops out just below the rim and a welded side step lands you sideways onto it, hands already reaching the rim guardrail. The same logic applies wherever the landing surface sits beside the climb rather than over it.
| Rim application | What to specify with the order |
|---|---|
| Storage tank rim | Shell height to rim, step side left or right, rim guardrail height |
| Silo roof ring | Roof edge offset from the ladder line |
| Circular platform | Platform elevation and handrail opening width |
| Catwalk edge | Edge height and gap between ladder and walkway |
Left or right exit direction is free at order time. Where the rim edge stays exposed, add a self-closing gate at $60–180 across the opening — the Φ700 mm cage runs the full protected height and terminates only where the exit opens, with handrail continuity shown on the approval drawing.
Field Story — Coal Plant Soot-Blower Deck, Poland
An Exit Sideways, Because the Platform Ran That Way
A maintenance lead describes the soot-blower access where the geometry ruled out every exit except a side step. The build card is that deck.
Before — the last two meters nobody enjoyed
The soot-blower deck runs alongside the boiler wall at 11.4 m, and the old ladder climbed straight toward it — finishing two meters below and one meter to the side of where anyone wanted to be. Every visit ended the same way: stop inside the cage, reach sideways over a gap, find the platform edge with a boot, and step across with tools hanging. Soot-blower lance changes happen weekly in season, so the worst two seconds of the climb happened weekly too.
During — drawing the exit where the platform actually is
The walk-through option died on geometry — the deck does not continue the climb line, it crosses it. So we drew the ladder topping out at deck level with a right-hand side step: welded steel landing surface with anti-slip detail, positioned by the free CAD review so the step's landing edge meets the platform flush, no gap, no stretch. The Φ700 cage runs the full protected height and opens where the exit begins; a self-closing gate ($120 on this build) closes the opening behind the climber. Cage from 2.2 m, hoops @1500, rungs Φ20 @280, HDG to ISO 1461 against fly-ash air.
After — the weekly two seconds stopped existing
Lance changes now end with a sidestep onto a flush landing, behind a gate that closes itself. The crew stopped routing the work through the youngest technician — the tell nobody wrote down but everyone tracked. The side step itself was no additional charge on the quote; the gate was a visible line, and the DoC covering ladder, cage and step went into the plant binder with the MTC 3.1.
| Build Card — 11.4 m Blower Deck | As Built | Why It Was Specified |
|---|---|---|
| Exit | right-hand side step, flush to deck edge | the platform crosses the climb line — geometry decided |
| Step build | welded steel, anti-slip, no charge option | the exit was a requirement, not an upsell |
| Gate | self-closing across the opening, $120 | the edge closes behind every lance change |
| Cage | Φ700 @1500 full height, opens at exit | containment to the last protected meter |
| Finish | HDG 85–100 μm, fly-ash atmosphere | industrial-band coating life planned per ISO 14713 |
Which Exit Does Your Geometry Allow?
Side-Step vs Walk-Through vs Step-Across Exits
The cage protects the climb; the exit is decided by what stands at the top. The boiler-deck decision, in the order the geometry forces it.
| Decision Factor | Side-Step Exit | Walk-Through | Step-Across |
|---|---|---|---|
| Landing relationship | crosses the climb line at 90° | continues the climb line | offset to the side, reached from the rung |
| Climber motion | step sideways onto flush landing | walk forward through handrails | turn and reach over a gap |
| Tools and cargo | carried, one clean step | carried, easiest of all | usually passed separately |
| Cost posture | side step included, gate $60–180 | walk-through exit kit $90–250 | the baseline unit |
| Typical home | tank rims, side platforms, boiler decks | bridges, roof decks, long platforms | forced retrofits only |
| Handhold continuity | cage rail meets landing edge | handrails through the extension | a gap at the worst moment |
- Choose the side step when the landing crosses or sits beside the climb line — tanks, silo rims, side-running decks — and the step lands flush where your boot needs it.
- Choose the walk-through when the landing continues the climb line and cargo rides up with the climber.
- Accept the step-across only where nothing can be modified — and budget the gate, because that gap is where the exposure lives.
Feature → Advantage → Your Outcome
What a Side-Step Exit Buys the Weekly Climber
Five lines from the boiler-deck drawing, translated into outcomes the crew felt the first week.
| Feature | Advantage | Your Outcome |
|---|---|---|
| Side step positioned by free CAD review | landing edge meets platform flush | no gap, no stretch, no judgment call at 11 m |
| Welded anti-slip step, no charge | the exit is engineered, not improvised | safety by geometry — at zero line-item cost |
| Self-closing gate across the opening | edge guards itself behind you | the deck stays enclosed even mid-task |
| Full-height Φ700 cage to the exit | containment to the last protected meter | protection ends at the platform, not before it |
| DoC covering ladder, cage and step | one certificate for one welded system | inspection reads one drawing and moves on |
Cage Ladder With Side Step FAQ
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