03 Hydraulic Elevator

Hydraulic Elevator

Engineered for low-rise buildings and specific load requirements.

Hydraulic elevator solutions designed around building structure, load behaviour and dependable everyday movement.

03 Hydraulic Elevator

Movement with a different drive.

03 Introduction

A hydraulic elevator is a vertical transportation system that uses hydraulic power to move the cabin between levels — planned around low-rise buildings and specific load requirements.

Hydraulic elevators use a different drive principle compared with traction systems. This makes them suited to buildings where travel distances are moderate, load capacities are significant or specific structural conditions apply. In industrial and commercial settings, they handle the movement of goods and materials between floors.

Because hydraulic elevators work reliably under load and start smoothly, they are also used in environments where consistent behaviour and dependable service matter more than speed. HEXA approaches hydraulic elevator projects as engineering projects — understanding the building, coordinating the system and supporting it across its working life.

03 Hydraulic Elevator · Drive System

02 The Experience

A different drive principle.

A hydraulic elevator is part of the daily operation of a building — providing consistent movement where travel distances and load requirements suit this drive system.

Drive Behaviour

Hydraulic power supports smooth starts and consistent behaviour under load — a characteristic suited to specific building types and service requirements.

Low-Rise Suitability

Well suited to buildings with moderate travel distances, where the hydraulic drive principle aligns with the building's structure and layout.

Load Handling

Designed to move loads consistently between floors — with a drive system that supports dependable operation across the working day.

03 Key Features

Built on the details.

Every hydraulic elevator brings together multiple elements that work as one complete system — from the drive that moves the cabin to the controls that coordinate its behaviour.

Hydraulic Drive

Hydraulic power provides the movement of the cabin — a drive principle suited to specific building types and load requirements.

Smooth Movement

Consistent starts and stops under load — behaviour that reflects the characteristics of the hydraulic drive system.

Low-Rise Efficiency

Suited to buildings with moderate travel distances, where the drive principle aligns with the building's structure and layout.

Building Integration

Designed to work within the requirements of different building environments — from industrial to commercial and service applications.

Safety

Safety-related systems verified during installation, testing and commissioning, and maintained across the working life of the lift.

Serviceability

Consideration for installation, maintenance and long-term support so the lift continues to perform across its working life.

04 Applications

Made for specific buildings.

Hydraulic elevators support movement across a range of building environments. The right configuration depends on the building and the loads it needs to move.

HEXA Hydraulic Elevator within a service environment

01 Low-Rise Commercial Movement of people and materials in low-rise commercial buildings and mixed-use developments.
02 Industrial Vertical movement of materials, equipment and loads within industrial facilities.
03 Warehouses Movement of stock, pallets and materials between storage and dispatch levels.
04 Retail Back-of-house service movement of supplies and stock in retail environments.
05 Automotive & Workshops Movement of vehicles, parts and equipment in automotive and workshop buildings.
06 Service Buildings Movement of goods and materials in service buildings and utility environments.

06 Gallery

See the detail.

Explore the hydraulic elevator through different views and details.

07 Specifications

Technical information.

Hydraulic elevator configuration is defined around the building and its requirements. The following summarises the areas typically considered during planning.

Product Type Hydraulic Elevator

Application Low-Rise Commercial · Industrial · Warehouses · Retail · Automotive & Workshops · Service Buildings

Capacity Available based on project requirements

Speed Available based on project requirements

Drive System Hydraulic — selected and configured based on building and project requirements

Door Configuration Defined based on building layout and access requirements

Cabin Options Defined based on service requirements, loads and building environment

Control System Configured around the number of floors served and access needs

Safety Features Integrated into the system and verified during testing and commissioning

Finish Options Selected based on service requirements and building environment

Detailed specifications are provided based on the specific project. Contact HEXA to discuss your building's requirements.

08 Installation & Support

From installation to everyday operation.

Each hydraulic elevator project follows a structured process — from understanding the building's requirements to supporting the lift through its working life.

01
Site Assessment

Understand building requirements, structure, load types and project constraints before work begins.
02
Planning

Coordinate the hydraulic elevator solution with the building's structure, layout and other systems.
03
Installation

Install and integrate the hydraulic elevator system with careful attention to alignment and detail.
04
Testing & Handover

Test movement, doors, controls and safety functions before the lift is prepared for operational use.

09 FAQ

Hydraulic elevator questions.

What is a hydraulic elevator?

A hydraulic elevator is a vertical transportation system that uses hydraulic power to move the cabin between levels of a building. It is planned around low-rise buildings, specific load requirements and dependable operation.

Where can hydraulic elevators be used?

Hydraulic elevators are used in low-rise commercial buildings, industrial facilities, warehouses, retail back-of-house areas, automotive and workshop buildings, and service environments where materials and equipment need to move between floors.

What should be considered when selecting a hydraulic elevator?

Selection depends on the building's structure, the travel distance, the types of loads to be moved, access conditions and integration with the building's operations. Detailed requirements are best confirmed after a site survey.

Can a hydraulic elevator be designed for different building requirements?

Yes. Hydraulic elevator configuration — including cabin layout, door arrangement, internal finishes and access considerations — is planned around the building's specific requirements. The right combination is defined during project planning.

What does hydraulic elevator installation involve?

Installation typically includes site survey, planning and coordination with the building, installation and integration of the hydraulic system, testing of movement, doors, controls and safety functions, commissioning and handover. Each stage is coordinated around the building's construction and operating requirements.

How is a hydraulic elevator tested?

Before a hydraulic elevator is released for operation, its movement, floor stopping accuracy, door operation, control responses and safety-related functions are checked as part of testing and commissioning. The system is prepared for operational use once these are confirmed.

What maintenance does a hydraulic elevator require?

Hydraulic elevators require regular preventive maintenance — including inspection, cleaning, lubrication, adjustment and testing of hydraulic components, doors, guide system and safety circuits. Ongoing maintenance helps keep the lift safe, smooth and dependable across its working life.

Can an existing hydraulic elevator be modernised?

Yes. Existing hydraulic elevators can often be modernised — with controller, hydraulic system, door, cabin and safety system upgrades — to restore reliability, improve performance and extend the working life of the lift without full replacement.

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