Views: 0 Author: Site Editor Publish Time: 2026-02-09 Origin: Site
Navigating the world of industrial machinery can feel like learning a new language. Acronyms abound, and often, different terms are used to describe very similar—or even identical—pieces of equipment. If you’re in the market for lifting solutions, you’ve likely come across the terms AWP (Aerial Work Platform) and EWP (Elevating Work Platform).
Confusion often arises when trying to determine which is right for a specific job. Is an AWP safer? Is an EWP more versatile? The reality might surprise you. Understanding these terms is crucial not just for purchasing the right machinery, but for ensuring compliance with safety regulations and communicating effectively with your team.
This guide breaks down the definitions, differences, and practical applications of these platforms to help you make an informed choice for your next project.
The short answer to the "difference" question is simple: technically, there isn't one. In the industry, AWP (Aerial Work Platform) and EWP (Elevating Work Platform) are frequently used interchangeably to describe mechanical devices used to provide temporary access for people or equipment to inaccessible areas, usually at height.
However, depending on your region or specific industry sector, one term might be favored over the other.
AWP stands for Aerial Work Platform. This is the more commonly used term in North America and many parts of Asia. It serves as a broad umbrella category covering various types of equipment designed to lift workers. This includes scissor lifts, boom lifts, and vertical mast lifts.
EWP stands for Elevating Work Platform. This term is standard in Australia, New Zealand, and parts of the UK. Like AWP, it refers to the same category of machinery. In these regions, safety certifications and training courses (such as the "Yellow Card" training) will specifically reference EWP.
While the acronyms differ, the function remains the same: providing a safe, stable platform for working at heights.
Regardless of whether you call them AWPs or EWPs, this machinery is essential for construction, warehousing, and maintenance. The most popular category within this group is the scissor lift workbench or scissor lifting platform.
Here is a breakdown of the most common variations you will encounter:
A scissor lifting platform is defined by its crisscrossing metal supports that elongate as the platform rises. These are designed for vertical lifting only—they do not reach outward (horizontally) like a boom lift.
Best for: Indoor maintenance, warehouse organization, and tasks requiring a larger platform area for multiple workers.
Key Feature: High stability and a large workspace.
Boom lifts offer greater flexibility than scissor lifts. Articulating booms have "joints" that allow the arm to bend around obstacles, while telescopic booms extend in a straight line for maximum reach.
Best for: Reaching high areas that are obstructed by machinery or shelving, outdoor construction, and window cleaning.
Key Feature: Horizontal outreach and extreme height capabilities.
These are smaller, lighter alternatives to scissor lifts. They are designed for tight spaces where a standard scissor lift workbench might be too bulky to maneuver.
Best for: Doorway access, tight aisles in warehouses, and light maintenance work.
Key Feature: Compact footprint and maneuverability.
To help you decide which specific type of AWP/EWP fits your needs, here is a quick comparison of the two most common types.
Feature | Scissor Lift Workbench | Boom Lift |
|---|---|---|
Direction of Movement | Vertical only (Up and Down) | Vertical and Horizontal (Out and Over) |
Platform Size | Generally larger, fits 2+ people | Smaller bucket, usually 1-2 people |
Reach Height | Typically 19ft to 50ft | Can exceed 180ft |
Terrain | Best on flat, solid surfaces | Rough terrain options available |
Cost | Generally lower | Higher purchase and rental cost |
While the terms AWP and EWP describe the same equipment, the safety standards governing them can vary based on location. It is critical to ensure your equipment meets the local regulations where your business operates.
In the US (AWP): Equipment must adhere to ANSI (American National Standards Institute) standards.
In Australia/NZ (EWP): Equipment must comply with AS/NZS 1418.10 standards.
In Europe: The EN 280 standard applies to Mobile Elevating Work Platforms (MEWPs).
Regardless of the acronym, safety protocols are universal. Operators must always wear appropriate fall protection (harnesses) when required, perform pre-start inspections, and ensure the machinery is on stable ground before elevating the platform.
Selecting the right machine goes beyond knowing the difference between an AWP and an EWP. You need to assess the specific requirements of your job site.
Measure the height you need to reach. If you only need to go straight up, a scissor lifting platform is likely your most cost-effective and stable option. If you need to reach over an obstacle, you will need a boom lift.
Calculate the weight of the workers and the tools they need to bring up with them. Scissor lifts generally handle more weight than boom lifts. For heavy-duty industrial tasks, ensure the specific model is rated for your load.
For indoor use, electric models are preferred due to zero emissions and quieter operation. For outdoor construction sites, diesel or rough-terrain models provide the necessary power and traction.
Investing in reliable machinery minimizes downtime. Manufacturers like Niuli Machinery offer a wide range of material handling equipment, including high-quality aerial work platforms and scissor lifts, designed to meet rigorous industrial standards.
Whether you refer to it as an AWP or an EWP, the goal is the same: elevating your team safely and efficiently. By understanding that these terms are essentially interchangeable, you can move past the jargon and focus on what matters—selecting the right lifting mechanism for the job.
Evaluate your site needs, consider the weight and height requirements, and choose a trusted manufacturer. With the right equipment, you can ensure safety and productivity on every project.
