12 Freight Elevator

Freight Elevator

Heavy-duty elevators for warehouses, factories and industrial movement.

Freight elevator solutions designed around load, durability and reliable service access in demanding environments.

12 Freight Elevator

Built for heavy movement.

12 Introduction

A freight elevator is a vertical transportation system designed to move heavy loads, equipment and materials between floors — built around durability, load capacity and service access.

Freight elevators are used in warehouses, factories, industrial buildings and logistics facilities where the movement of goods and materials is central to daily operations. Unlike passenger elevators, freight elevators are planned around load capacity, the size of items to be moved, and the practical reality of moving heavy materials between levels throughout the working day.

HEXA approaches freight elevator projects as engineering projects — understanding the loads, the building's structure, the way vehicles and pallets need to move, and the durability expected in demanding environments. Cabin, doors, drive system and controls are all coordinated with the building so the elevator becomes a dependable part of the facility's operations.

HEXA Freight Elevator cabin designed for heavy loads

12 Freight Elevator · Heavy-Duty Cabin

02 The Experience

Movement made to carry loads.

A freight elevator becomes part of the daily logistics of a facility — from the moment a load is placed on the platform to the moment it reaches its destination floor.

Heavy-Duty Loads

Cabin, platform and doors planned around the types of loads the facility needs to move — with attention to weight, size and handling.

Durability

Built for the repetitive nature of industrial movement — where reliability matters more than any single journey.

Service Access

Loading and unloading planned around forklifts, pallets, trolleys and how materials actually move within the facility.

03 Key Features

Built on the details.

Every freight elevator brings together multiple elements that work as one complete system — from the platform that carries the load to the controls that coordinate its movement.

Heavy-Duty Platform

Platform and cabin designed around the loads to be moved — with attention to size, weight and reinforcement.

Wide Door Opening

Door width and opening behaviour planned around forklifts, pallets and trolleys for practical movement of goods.

Robust Construction

Considered construction that reflects the repetitive nature of industrial use and the loads carried.

Building Integration

Designed to work within the requirements of different facilities — warehouses, factories and industrial buildings.

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 in demanding environments.

04 Applications

Made for industrial buildings.

Freight elevators support movement across a range of industrial and logistics environments. The right configuration depends on the loads and the building itself.

HEXA Freight Elevator within an industrial environment

01 Warehouses Movement of stock, pallets and materials between storage, dispatch and mezzanine levels.
02 Factories Movement of components, equipment and finished goods between production and storage areas.
03 Logistics Facilities Heavy-duty movement of goods across levels in logistics, distribution and fulfilment centres.
04 Industrial Buildings Movement of materials, tools and equipment in industrial buildings where service access matters.
05 Manufacturing Plants Movement of raw materials, parts and finished products between production levels.
06 Specialised Facilities Heavy-duty movement in specialised facilities where loads need to change levels as part of operations.

06 Gallery

See the detail.

Explore the freight elevator through different views and details.

07 Specifications

Technical information.

Freight elevator configuration is defined around the building and the loads to be moved. The following summarises the areas typically considered during planning.

Product Type Freight Elevator / Heavy-Duty Service Elevator

Application Warehouses · Factories · Logistics Facilities · Industrial Buildings · Manufacturing Plants · Specialised Facilities

Capacity Available based on project requirements

Speed Available based on project requirements

Drive System Selected based on load, travel distance and building requirements

Door Configuration Defined based on load access and building layout

Cabin Options Sized and reinforced around the loads to be moved

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

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

Finish Options Selected based on industrial environment and durability requirements

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

08 Installation & Support

From installation to everyday service.

Each freight elevator project follows a structured process — from understanding the facility's loads and structure to supporting the lift through its working life.

01
Site Assessment

Understand the building's structure, loads to be moved and available space before work begins.
02
Planning

Coordinate the freight elevator configuration with the building's structure, layout and access routes.
03
Installation

Install and integrate the freight elevator system with careful attention to alignment and load handling.
04
Testing & Handover

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

09 FAQ

Freight elevator questions.

What is a freight elevator?

A freight elevator is a vertical transportation system designed to move heavy loads, equipment and materials between floors. It is built around load capacity, durability and practical service access in demanding environments.

Where can freight elevators be used?

Freight elevators are used in warehouses, factories, logistics facilities, industrial buildings, manufacturing plants and specialised facilities where heavy loads and materials need to move between floors throughout the working day.

What should be considered when selecting a freight elevator?

Selection depends on the types of loads to be moved, the size and weight of items, the building's structure, available space for the shaft, the number of levels served and the way loads will be moved onto and off the elevator. Detailed requirements are best confirmed after a site survey.

Can a freight elevator be designed for different building requirements?

Yes. Freight elevator configuration — including cabin size, reinforcement, door arrangement, opening positions, finishes and access considerations — is planned around the building's specific requirements. The right combination is defined during project planning.

What does freight elevator installation involve?

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

How is a freight elevator tested?

Before a freight 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 freight elevator require?

Freight elevators require regular preventive maintenance — including inspection, cleaning, lubrication, adjustment and testing of the drive, cabin, doors, guide system and safety circuits. Ongoing maintenance helps keep the lift safe, smooth and dependable across its working life in demanding conditions.

Can a freight elevator be installed in an existing building?

In some cases, yes. Freight elevators can be installed in existing buildings where the structure, shaft and access routes allow — but the load and space requirements are significant, so a site survey is essential to confirm feasibility.

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