Used Aerial Work Platforms from Japan: Buyer Guide

A used aerial work platform from Japan can be useful for building maintenance, electrical work, factory projects, construction, signage and other jobs performed above ground. However, buyers should not choose a machine from maximum platform height alone. A scissor lift, self-propelled boom platform and truck-mounted aerial platform can all reach workers to height, but they suit very different jobs.

First decide whether you need vertical access, horizontal outreach or road mobility. Then confirm platform capacity, working height, site width, ground condition and power source. After selecting the right category, inspect the platform, boom or scissor mechanism, hydraulics, controls, safety devices, tires or tracks, batteries or engine, and maintenance information. This guide helps overseas buyers understand these differences before selecting an individual used aerial work platform from Japan.

Start by Choosing the Right Type of Aerial Work Platform

The term aerial work platform covers several machine types.

Common Japanese-market categories include:

• Self-propelled boom platforms
• Scissor lifts
• Vertical mast platforms
• Truck-mounted aerial work platforms

Each type solves a different access problem.

The best starting question is not “How high can it go?”

Ask instead:

• Do workers need to travel mainly straight upward?
• Do they need to reach over obstacles?
• Must the machine move around the site while working?
• Does the equipment need to travel on public roads?
• Will it work indoors or outdoors?

Quick Comparison: Which Platform Type Fits the Job?

This is general buying guidance. Exact machine capability must be confirmed from the individual model specification.

Choose a Scissor Lift for Vertical Access

A scissor lift raises its working platform mainly upward.

This makes it useful where workers need a stable platform directly above or close to the chassis.

Typical applications can include:

• Factory maintenance
• Warehouse work
• Electrical installation
• Ceiling work
• Building finishing
• Indoor construction

AICHI's current SKYTOWER range includes scissor models from approximately 5 m to 10 m floor-height classes.

For example, the RX05B is listed with a 5 m maximum floor-height class and 200 kg rated load. The RX07B provides a 7 m class and 250 kg rated load.

Exact specifications should be confirmed for each individual machine.

Platform Capacity Matters on a Scissor Lift

Do not choose a scissor lift only by floor height.

Consider how many workers, tools and materials will be carried.

Some platforms allow significantly greater rated load than smaller units.

For example, AICHI's current SV08E1WL is listed with a total rated load of 454 kg and an 8 m maximum floor-height class.

It also uses a sliding extension deck, which can help workers reach closer to an area when the chassis cannot be positioned directly below it.

However, extension-deck capacity can differ from the main platform capacity.

Choose a Boom Platform When You Need Horizontal Reach

A self-propelled boom platform is useful when workers must reach over an obstacle rather than simply rise vertically.

Applications may include:

• Steel structures
• Exterior building maintenance
• Industrial plants
• Equipment installation
• Construction around obstacles
• Large facility maintenance

AICHI's current self-propelled boom range includes machines from approximately 10 m through 25 m floor-height classes.

For example, the SP10C1SN is listed with a 10 m floor-height class, 9 m outreach and a rated load of 250 kg or two persons.

The larger SP25CSM is listed with a 25 m floor-height class and 17 m outreach.

Height and Outreach Are Different Specifications

This distinction is essential for buyers.

A machine may reach 20 m vertically but provide much less horizontal outreach.

Before choosing a boom platform, measure:

• Required platform height
• Horizontal distance from the chassis to the work point
• Obstacles between the machine and the work area
• Available space for turning or slewing

A taller machine is not automatically more useful if its working envelope does not match the site.

Vertical Mast Platforms Suit Very Compact Work Areas

Vertical mast platforms are another option for lower-height work.

They can be attractive where:

• Space is limited.
• Indoor access is important.
• Workers mainly need vertical movement.
• Large horizontal outreach is unnecessary.

AICHI's current WM05C1NS, for example, is listed with a 200 kg rated load and 4.78 m maximum floor-height class.

This class is very different from a 20 m boom platform, even though both belong to the broad aerial-work-platform category.

Truck-Mounted Platforms Suit Mobile Work

A truck-mounted aerial work platform combines a road vehicle with an aerial device.

This can make it useful for:

• Utility work
• Street lighting
• Sign maintenance
• Telecommunications
• Tree-related work where permitted
• Roadside infrastructure
• Jobs at several locations in one day

The advantage is mobility between sites.

However, the buyer must inspect both the truck chassis and the aerial equipment.

AICHI Truck-Mounted Models Show the Range of Applications

Current AICHI examples include SK17A, SK22A and SK27A non-insulated platforms.

Official figures include:

Working range can also change according to outrigger extension and boom rotation angle.

Specifications vary by chassis, market and configuration.

Some Truck-Mounted Platforms Are Designed for Higher Loads

Not every aerial platform is designed only for one or two workers.

AICHI also offers heavier-loading truck-mounted platforms.

The current TZ20C1FS is listed with:

• Maximum platform load capacity: 1,000 kg
• Maximum floor height: 19.7 m in the published specification
• Maximum working radius: 10.9 m with a 100 kg load
• Maximum working radius: 7.68 m with a 1,000 kg load

This example clearly shows that outreach can change with platform load.

Do not assume that maximum outreach is available at maximum rated load.

Inspect the Working Platform First

For any used aerial work platform, inspect the basket or platform carefully.

Check:

• Floor condition
• Guardrails
• Entry gate
• Structural deformation
• Cracks
• Corrosion
• Previous welding
• Anchor points where fitted

Damage to the working platform deserves careful review because it can indicate impact or heavy previous use.

Test Upper and Lower Controls

Most aerial work platforms have controls at platform level and controls on the lower chassis or base.

Test:

• Emergency stop
• Lift
• Lowering
• Boom extension
• Boom elevation
• Slewing
• Travel
• Steering
• Emergency lowering

Functions depend on machine type.

Controls should respond consistently without unexplained delay or errors.

Check Emergency Lowering Functions

Emergency lowering is especially important because personnel may be elevated when a power or hydraulic problem occurs.

Confirm:

• The emergency lowering system is present.
• Operating instructions are available where possible.
• Controls function correctly.
• Required backup power or manual equipment is operational.

Do not treat this as an optional convenience.

Inspect Boom Sections on Boom-Type Platforms

For telescopic or articulated boom machines, inspect:

• Boom structure
• Cracks
• Dents
• Corrosion
• Previous welding
• Wear points
• Boom pivot pins
• Extension mechanism

Operate the boom through its available functions if proper testing is possible.

Look for jerky movement, hydraulic leakage and abnormal noise.

Inspect Scissor Arms and Pins

For scissor lifts, focus on the lifting mechanism.

Check:

• Scissor arms
• Pins
• Bushings
• Cracks
• Deformation
• Uneven movement
• Hydraulic cylinders

A worn pin or distorted arm can affect platform movement and stability.

Check Hydraulic Cylinders and Hoses

Hydraulics may control lifting, steering, boom extension, rotation or outriggers depending on the machine.

Inspect:

• Cylinder rods
• Oil leaks
• Hose cracking
• Abrasion
• Loose fittings
• Pump noise

Freshly cleaned hydraulic components do not prove there are no leaks.

Check Outriggers on Truck-Mounted Platforms

Truck-mounted aerial platforms commonly use outriggers or jacks for stability.

Inspect:

• Outrigger beams
• Jack cylinders
• Pads
• Hydraulic hoses
• Position detection
• Cracks or repair welding

AICHI notes that working range on models such as the SK Series changes according to outrigger extension and boom rotation angle.

This means outrigger operation is directly connected to usable platform performance.

Check Tires, Wheels or Tracks

Self-propelled aerial platforms must still move safely around the worksite.

Inspect:

• Tire tread
• Cuts
• Sidewall cracking
• Wheel damage
• Uneven wear

If a machine uses crawler tracks, inspect track condition and supporting components instead.

Battery Condition Is Critical on Electric Scissor Lifts

Many compact scissor lifts use battery-electric drive.

AICHI's current SV08E1WL, for example, uses an AC drive motor and includes battery-level and charger-related indicators.

For a used electric machine, check:

• Battery age if known
• Battery condition
• Charging performance
• Charger condition
• Cables and terminals
• Corrosion
• Operating time after charging

A machine can appear mechanically clean but still require significant battery replacement cost.

Power Source Should Match the Work Environment

Electric machines can be attractive for indoor work because they avoid engine exhaust at the point of operation.

Engine-powered machines may suit outdoor or longer-duration work better depending on model and application.

Before buying, confirm:

• Power source
• Battery voltage
• Charger input requirements
• Fuel type
• Local parts availability

Do not assume a Japanese charger will automatically suit the destination power supply.

Inspect Safety Switches and Warning Systems

Aerial platforms use multiple safety-related controls depending on their design and generation.

Check available functions such as:

• Emergency stop
• Tilt warning
• Travel interlocks
• Overload or rated-load systems
• Touch or anti-entrapment devices where fitted
• Warning alarms
• Outrigger interlocks

For example, AICHI's current large self-propelled SP models use a bar-type touch switch as one of their safety features.

Older machines may use different systems.

Do Not Assume an Insulated Platform Unless Verified

This point is particularly important for electrical utility buyers.

AICHI separates truck-mounted aerial platforms into insulated and non-insulated types.

Do not assume a platform is suitable for electrical-line work because it looks similar to an insulated model.

Confirm:

• Exact model
• Manufacturer specification
• Insulation classification
• Required inspection or testing status
• Destination regulations

Electrical safety requirements should be confirmed with the manufacturer and relevant local authority.

Operating Hours Are Only Part of Used Condition

Operating hours can help compare used machines, but they should never decide the purchase alone.

Compare hours with:

• Platform condition
• Boom or scissor wear
• Hydraulic condition
• Battery condition
• Tire condition
• Previous use
• Maintenance information
• Control-system condition

A lower-hour machine with poor batteries or severe outdoor corrosion may require more immediate work than a higher-hour machine maintained properly.

Previous Application Can Explain Wear

If previous use cannot be confirmed, treat it as unknown.

Truck-Mounted Platforms Need Two Separate Inspections

If you are buying a truck-mounted unit, evaluate both:

The Truck

• Engine
• Transmission
• Brakes
• Steering
• Tires
• Chassis corrosion
• Mileage

The Aerial Equipment

• Boom
• Platform
• Hydraulics
• Outriggers
• Controls
• Safety systems
• Working-range functions

A good truck chassis does not prove the aerial equipment is in good condition, and the reverse is also true.

Check the Model Plate and Serial Number

Used aerial platforms can have significant specification differences between generations.

Before researching technical details, record:

• Manufacturer
• Full model
• Serial number
• Production information where available
• Truck chassis information for mounted models

This helps prevent the use of specifications from a similar but different machine.

Confirm Destination Safety Rules Before Import

Work-platform regulations, operator training and inspection requirements vary by country.

Before purchasing, check local requirements for:

• Operator training
• Periodic inspection
• Fall protection
• Platform certification
• Electrical work
• Road registration for truck-mounted equipment

A machine's Japanese specification does not automatically confirm compliance in another country.

Transport Planning Depends on the Platform Type

A compact scissor lift and a truck-mounted 27 m aerial platform have very different shipping requirements.

Before buying, confirm:

• Overall length
• Overall width
• Overall height
• Machine or vehicle weight
• Battery type
• Fuel condition
• Loose accessories

Container, RORO, flat rack or another method may be considered depending on machine dimensions, destination, port, shipping line and current conditions.

No shipping method applies automatically to every aerial work platform.

A Practical Used Aerial Work Platform Checklist

1. Type: Decide between boom, scissor, vertical or truck-mounted.
2. Height: Confirm required platform height.
3. Outreach: Measure horizontal reach if obstacles exist.
4. Capacity: Include workers, tools and materials.
5. Access: Check machine width, height and turning space.
6. Power: Choose a suitable electric or engine-powered configuration.
7. Platform: Inspect floor, guardrails, gate and structure.
8. Boom / Scissor: Inspect structural and moving components.
9. Hydraulics: Check cylinders, hoses and leaks.
10. Controls: Test both upper and lower controls.
11. Emergency Functions: Test emergency stop and lowering systems.
12. Safety Systems: Check alarms, switches and interlocks.
13. Outriggers: Inspect truck-mounted stabilizers where fitted.
14. Battery: Check batteries and charger on electric models.
15. Tires / Tracks: Inspect travel components.
16. Hours: Compare hours with actual physical wear.
17. Identity: Confirm model and serial number.
18. Regulations: Check destination requirements.
19. Transport: Confirm weight and dimensions before purchase.

Buying a Used Aerial Work Platform from Japan

Japanese used machinery can include self-propelled boom platforms, scissor lifts and truck-mounted aerial platforms from different manufacturers, years and specifications.

You can check current Japanese used machinery available at EVERYCAR.jp. Inventory changes regularly, so a particular aerial platform type or model should not be assumed to remain available.

When making an inquiry, useful information includes the required platform height, horizontal outreach, rated load, indoor or outdoor application, preferred machine type, budget and destination.

For broader guidance covering Japanese used machinery selection, inspection and international purchasing, visit the Japanese Used Machinery & Heavy Equipment Guide.

Choose the Access Method Before Choosing the Height

A used aerial work platform should be selected around the worksite, not simply the highest specification available.

Choose a scissor lift when workers mainly need vertical access. Consider a boom platform when horizontal outreach is essential. A vertical platform may suit compact indoor work, while a truck-mounted machine can make more sense when jobs are spread across several locations.

Once the correct machine category is clear, inspect the individual unit. Platform structure, boom or scissor mechanism, hydraulics, controls, batteries or engine, travel system and safety devices all affect the real value.

If you are looking for a used aerial work platform from Japan, you can contact EVERY with your preferred machine type, required platform height, outreach, load capacity, budget and destination. Exact specifications, equipment and condition should be confirmed for each individual machine before purchase.