This article contains everything you will need to know about work equipment platforms and their use.
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A work equipment platform serves as an elevated surface found in manufacturing and production facilities, designed to grant easier access to machinery and equipment. These platforms enhance operational efficiency by expanding the available square footage, thereby optimizing areas that were previously underutilized. Constructed from robust materials like heavy-duty steel or aluminum, work equipment platforms are built to endure the challenging conditions typically present at worksites.
Unlike parts of a building's general floor space, equipment work platforms are not classified within the structural area and thus face fewer stringent regulations compared to mezzanines. Mezzanines, for example, must adhere to fire safety regulations by installing systems like sprinklers and ensuring adequate lighting. However, work platforms, even when they feature stairs, ladders, or other accessibility options and may be larger, are exempt from these particular requirements.
A wide array of work platforms is ideal for businesses facing limited floor space with untapped vertical areas. Implementing these platforms boosts usable work areas while simultaneously improving safety for workers. Due to their independent construction, work platforms can be positioned almost anywhere, supported by their base without needing to be attached to the main building structure. When discussing or planning installations involving work platforms and mezzanines, it's essential to use precise language to avoid misunderstanding and to ensure effective communication.
Work equipment platforms, sometimes called access platforms or industrial work platforms, are critical components in a variety of industries, including manufacturing, warehousing, construction, and maintenance operations. These elevated work platforms come in various shapes and configurations, often custom-made or modular to meet the specific requirements of their installation sites. The type of industrial platform you choose depends on its intended function—whether it’s a basic elevated surface for repairs and inspections, or a heavy-duty platform designed to support large production machinery. The versatility of access platforms lies in their wide range of load-bearing capacities (spanning 50 PSF to 250 PSF), making them suitable for virtually any industrial, commercial, or construction application.
Work safety platforms, a type of industrial work platform, are engineered to prioritize employee safety in industrial and commercial environments. Their configuration can be tailored for specific tasks, such as operating equipment controls, reaching elevated workspaces, or facilitating machinery maintenance. Safety platforms often come with features like anti-slip surfaces, compliant guardrails, and integrated ladder access to enhance worker protection. Sizes range from a few inches to several feet high, and some include staircase access for ergonomic movement. These safety work platforms are essential in warehouse environments, retail outlets, factories, and large-scale distribution centers where worker safety and access to inventory are high priorities.
Another common specialized variation is the forklift-mounted safety platform, which can be securely attached to the forks of a forklift to elevate personnel to various heights for tasks such as order picking, overhead inspections, and facility maintenance. These OSHA-compliant work platforms require the use of fall protection equipment, such as harnesses and safety gates, to ensure worker wellbeing during elevated tasks.
Folding, or hop-up, work platforms are favored by painters, decorators, facility maintenance professionals, and contractors due to their lightweight, portable design. When deployed, these platforms provide stable, temporary raised workstations ideal for accessing ceilings, upper shelving, and elevated fixtures. The folding legs lock into place for secure operation, enhancing overall job site safety. Many models also offer slip-resistant treads and sturdy construction. Available in various lengths and widths, folding work platforms accommodate projects ranging from routine facility touch-ups to electrical work and HVAC service. The compact footprint of these portable work platforms makes them easy to transport and store.
Podium work platforms are a hybrid between step ladders and industrial work stands, offering enhanced worksite safety compared to traditional ladders. These elevated access solutions feature robust, enclosed guardrails that protect users from falls and missteps. Podium platforms are available in multiple heights and sizes, supporting a variety of tasks that require precise, hands-free operation, such as lighting installation, mechanical servicing, and routine inspections. Their fully collapsible design enables quick deployment and easy storage, making them an ideal choice for contractors and maintenance teams working in challenging environments. Enhanced durability and anti-slip bases ensure podium work platforms withstand heavy daily use in demanding workplaces.
Podium work platforms are increasingly popular due to their compliance with work-at-height safety regulations and their versatile applications in the construction, maintenance, and electrical industries.
Powered work platforms, often referred to as aerial work platforms (AWPs), lift tables, or Mobile Elevating Work Platforms (MEWPs), include both mobile and stationary models designed to safely transport workers to elevated locations. Common types of powered work platforms are scissor lifts, boom lifts, vertical mast lifts, and personnel lifts, all of which play crucial roles in construction, maintenance, and industrial facility operations. AWPs are invaluable for high-rise building maintenance, window cleaning, and warehouse order picking, improving worker efficiency while minimizing fall hazards.
Mobile powered lift platforms typically feature a wheeled base (either two- or four-wheel), extendable stabilizers, and platform-mounted controls for precise positioning. Some aerial lifts, such as those used for building maintenance, are crane-mounted and classified as fixed aerial platforms, allowing controlled upward and sideways movement for optimal access.
Major categories of aerial lift platforms include:
Cantilever work platforms are adjustable industrial platforms engineered for safe access to the tops and sides of large vehicles, machinery, or containers. Their distinguishing feature—a projecting platform deck—enables workers to position themselves directly over or alongside equipment without direct contact, reducing injury risks during servicing, cleaning, or inspection routines. Cantilevered access platforms are often mobile and height-adjustable, supporting tasks in trucking, manufacturing, aviation, and logistics. With a working height typically between 8 and 15 feet (2.4 to 4.5 meters), these platforms can be adapted for single-person or multi-person use, making them versatile tools for facility maintenance teams.
Machine access platforms are custom-fabricated to match specific industrial equipment, such as process machines, conveyors, or assembly lines. They provide essential safe access for routine adjustments, equipment monitoring, part replacements, and deep cleaning procedures. Key safety features such as robust anti-slip treads, enclosed handrails, and compliant stairways facilitate ergonomic movement while adhering to regulatory standards, including OSHA and ANSI. Industrial catwalks and crossover platforms are frequently used variations for accessing machinery at different heights or traversing obstacles safely within factories and plant environments.
Mobile work platforms, a core category of material handling equipment, are specifically designed for flexibility and efficiency in dynamic workplaces such as warehouses, factories, and construction sites. Equipped with durable wheels or casters, these platforms facilitate easy transport and quick positioning by a single operator or crew. Mobile workstations come in a variety of forms—from rolling stairs and portable mezzanines to powered MEWPs and mobile scaffolding—enabling safe and efficient access to shelving, equipment, and elevated work zones.
Beyond industrial warehouses, mobile platforms are a key part of logistics centers and e-commerce fulfillment operations, accommodating the rapid retrieval and movement of products. Their ergonomic features, such as integrated steps, non-slip railings, and adjustable heights, help organizations boost productivity while maintaining workplace safety. Advanced options may include powered drive systems and height adjustability for continuous improvement in workflow optimization.
Group A mobile work platforms are designed for maximum stability and versatility, supporting tasks at both ground and elevated heights. Their ability to move while elevated distinguishes them from stationary platforms, addressing the needs of modern facilities for on-demand mobility and rapid access.
Stationary work platforms, including industrial mezzanines, fixed access platforms, and raised work surfaces, provide permanent, secure elevation for industrial machinery servicing, product assembly, and equipment monitoring. These heavy-duty access solutions vary from small step stools to expansive platforms encircling process equipment. Integrated into facility layouts, stationary platforms optimize spatial efficiency while ensuring continuous safe access for operators and maintenance personnel.
Larger stationary platforms are often constructed from structural steel and custom built for specific industrial or transportation applications. They are vital for servicing aircraft, large vehicles, HVAC systems, and boilers, and for assembly line processes in manufacturing plants. With platform heights typically ranging from 8 to 10 feet (2.4 to 3 meters), these installations allow for unobstructed movement and equipment access beneath the platform, contributing to efficient workflow design.
Industrial safety standards, enforced by the Occupational Safety and Health Administration (OSHA), dictate the inclusion of compliant handrails, stairways, non-slip decking, and protective shields. In addition to regulatory compliance, robust construction and a dependable foundation—usually anchored to the facility floor—are essential to ensure the structural integrity and long-term reliability of these permanent access solutions. Regular safety audits and adherence to OSHA, ANSI, or ISO certification requirements further protect your workforce.
Bridge deck work platforms combine the capabilities of portable maintenance platforms, adjustable deck platforms, and modular work surfaces into a single system. They are characterized by a bridge-like span supported by robust structures at each end, often equipped with stairs and high-capacity casters to enable both mobility and load-bearing functionality. Bridge deck platforms serve as high-strength solutions for maintenance, assembly, and inspection workflows that require easy repositioning across expansive work sites or in situations demanding multi-point access.
These platforms are favored in manufacturing, aerospace, and infrastructure maintenance projects for their adaptability, quick assembly, and stable support of personnel and equipment. The mobility and customizable height features expand useability, allowing teams to deploy bridge deck platforms for rapid production line reconfiguration or multi-level facility access without sacrificing safety or efficiency.
Loading and unloading work platforms, engineered for use in logistics, shipping, construction, and warehousing, provide a stable, elevated surface for the efficient transfer, staging, loading, and unloading of materials and products. On construction sites—especially during multi-story building projects—these temporary material handling platforms are often crane-positioned for direct access to upper levels. Their design maximizes operational efficiency by reducing manual handling, integrating with forklifts, hand trucks, pallet jacks, and even vertical reciprocating conveyors to facilitate safe vertical material transport.
Loading dock work platforms are typically constructed with OSHA-compliant fall protection features, including safety rails, heavy-duty frames, anti-slip coatings, and reinforced decking. Regular inspections and adherence to safety standards are essential to meet regulatory expectations and protect staff from loading and unloading hazards. Both indoor and outdoor models are available, and special heavy-duty options can be customized for oversized or irregularly shaped materials.
Scaffolding is a specialized work access platform designed for temporary use in construction, renovation, and large-scale maintenance projects. Unlike general equipment platforms, scaffolding systems provide comprehensive, multi-level support to workers performing tasks at height—including exterior building work, façade restoration, and structural repairs. Modern scaffolding solutions consist of modular metal frames (generally aluminum or galvanized steel), interlocking decks, and secure bracing, enabling safe construction, dismantling, and reconfiguration onsite.
Scaffolding facilitates simultaneous work by multiple tradespeople, optimizing project timelines and resource allocation. Safety compliance remains paramount: all scaffolding must adhere to OSHA or local codes, including robust toe boards, guardrails, and proper anchorage. Although scaffolding is not designed for permanent installation or high-capacity equipment support, its adaptability and ease of assembly make it indispensable for a broad range of building and industrial applications.
Overall, when selecting the optimal work equipment platform for your application, consider key factors such as intended use, required load capacity, environmental conditions, ease of mobility, space constraints, and compliance with safety regulations (OSHA, ANSI, ISO). For projects involving the frequent movement of people and materials to different elevation levels—such as multi-tier warehousing or construction—loading platforms can be integrated with vertical reciprocating conveyors or pallet lifts for enhanced material flow. When long-term reliability, durability, and regulatory compliance are essential, choose a manufacturer or supplier that specializes in custom industrial access platforms and provides certifications verifying adherence to workplace safety standards. A thorough platform selection process ensures worker safety, operational efficiency, and long-term cost-effectiveness for your facility.
Work equipment platforms—also known as industrial work platforms, elevated access platforms, or mezzanine platforms—help optimize otherwise unused vertical or overhead space within commercial and industrial facilities. Engineered for durability and longevity, these platforms are highly customizable for a range of specialized applications and industries. By integrating tailored configurations, including modular and adjustable designs, businesses can maximize footprint efficiency, streamline workflow, and increase storage capacity. As a result, work equipment platforms have become indispensable assets for repair stations, manufacturing plants, warehouses, industrial operations, plant maintenance, and equipment servicing facilities. Their adaptability and robust construction support long-term productivity while ensuring workplace safety and compliance.
Modern industrial equipment is increasingly complex and multifaceted, necessitating ongoing monitoring, thorough inspection, and regular maintenance. Various crucial components are often distributed across large machinery or intricate control panels, making easy, safe access vital for productivity and safety compliance. Industrial machinery manufacturers and facility managers rely on custom-designed equipment platforms, catwalks, and machine access platforms to provide secure, ergonomic access points for workers, technicians, and maintenance staff.
There is a wide range of equipment platforms designed to simplify operational tasks for workers across differing machinery types and use cases. These industrial work platforms are constructed with integrated OSHA-compliant safety features—such as secure access ladders, anti-slip surfaces, guardrails, toe boards, and safety gates—to help ensure that equipment monitoring, maintenance, and inspection are performed efficiently and with minimal risk. The selection of the right access platform also facilitates faster uptime, reduces maintenance costs, and streamlines equipment servicing workflows.
Comprehensive adherence to OSHA safety standards and regulations is critical when designing and installing work equipment platforms in any industrial facility. OSHA's stipulations cover every aspect of worker safety, ensuring that protective measures are incorporated at each stage of operations. For large equipment or elevated work areas, OSHA requires appropriate safeguards such as fall protection systems, secured handrails, designated access points, and clearly marked walkways, all of which help minimize the risk of workplace accidents and injuries associated with elevated platforms.
OSHA and other workplace safety regulations specify details such as stair geometry, slip-resistant surfaces, the design and installation of railings, specified weight limits, load bearing capacities, structural integrity, and maximum personnel capacity. These rigorous standards help prevent worker injury, equipment damage, and non-compliance fines. Detailed specifications for equipment work platforms—including routine inspection schedules and safety signage—are also addressed to meet evolving best practices in workplace safety management. Routine staff training on platform use further enhances overall safety and operational uptime.
The aerospace industry heavily depends on specialized work equipment platforms for constructing, maintaining, and repairing commercial, cargo, and military aircraft. These highly specialized aerospace access platforms are engineered to accommodate unique challenges such as varying aircraft shapes, restricted spaces, and the need for precise alignment during maintenance tasks. Aerospace work platforms are essential for applications including aircraft assembly, fleet maintenance, structural inspections, and component overhauls. Critical requirements for these platforms include portability, fall arrest systems, adaptable height and width, tool storage integration, and robust structural materials to support both safety and operational efficiency.
Many aerospace work platforms are designed with modularity and mobility in mind, often equipped with swivel casters, adjustable heights, and reinforced anti-slip decking. Their custom design accommodates a variety of fuselage dimensions, wing profiles, and landing gear heights, ensuring maximum safety for maintenance crews and engineers. Using the right platform not only ensures worker safety but also helps prevent costly aircraft damage and reduces downtime for scheduled and unscheduled repairs.
Machinery work platforms are engineered to shield valuable equipment from high-traffic areas, impacts, and environmental hazards such as flooding, vibration, or seismic activity. Designed with heavy-duty guardrails for worker safety, integrated fall protection, and lockable gates for loading or unloading materials, these platforms uphold strict safety standards in manufacturing environments. Additionally, they can be customized to support a variety of industrial machinery—ranging from CNC machines and conveyor systems to heavy presses—while meeting precise weight and dynamic load requirements.
Businesses often install custom machinery or equipment work platforms due to facility space limitations, the need to segment workflows, or when expanding operations to support increased production demands. As organizations scale, constructing additional floor space or extensions may not be feasible due to zoning constraints, cost barriers, or building code requirements. In these scenarios, installing work equipment platforms enables cost-effective vertical expansion, optimizing existing square footage and avoiding significant construction expenses. Mezzanine platforms and modular rack-supported systems can be adapted as business needs evolve, future-proofing facilities with flexible space management solutions.
Scissor lifts, boom lifts, and elevated access work platforms are the industry standard for exterior and high-level interior cleaning tasks across manufacturing plants, warehouses, and commercial facilities. Their maneuverability and ease of positioning allow safe and efficient access to hard-to-reach areas, while their stable work surfaces support thorough cleaning of building facades, rooflines, windows, and overhead fixtures. These versatile lifts are also invaluable for equipment inspection, repair, and maintenance at height, ensuring both cleanliness and operational integrity for multi-story structures.
Whether for routine cleaning or specialized tasks—such as pressure washing, window cleaning, ductwork inspection, or gutter maintenance—selecting the correct type of access equipment platform improves worker safety and reduces labor costs. Scissor lifts and boom lifts equipped with platform extensions, tool storage, and safety harness anchor points enhance productivity while ensuring OSHA compliance throughout all elevated cleaning operations.
It may be errantly assumed that work equipment platforms and mezzanines have the same type of structure. Although this similarity is true, to a certain extent, there are certain characteristics and differences between the two, aside from their structure and permanence. One factor that differentiates the two is how they are defined in regard to company assets. Unlike mezzanines, work platforms are considered capital equipment since they are not permanent, which has an impact on how they depreciate and are taxed.
A mezzanine can occupy no more than 1/3 of the total floor area of a building. If multiple mezzanines are present, their combined floor area must not exceed 1/3 of the building's total floor space. Additionally, the height above and below a mezzanine must be at least 7 feet (2.1 meters). Mezzanines are often used because their area is excluded from the building's total square footage.
Unlike mezzanines, equipment platforms can be up to twice the size of a mezzanine and cover up to 2/3 of a building's floor area. However, if both a mezzanine and an equipment platform are present in a building, their combined area must not exceed 2/3 of the building's floor area.
The requirements for a sprinkler system depend on the area of a building and must comply with code regulations to ensure safety and protection. When assessing fire areas, equipment platforms are excluded, while mezzanines are included. Despite this, equipment platforms must be protected by a sprinkler system both above and below. The specific sprinkler requirements for equipment platforms vary based on their type and location, as they are not treated the same as mezzanines.
Mezzanines serve distinct functions compared to equipment platforms, and as such, they have specific regulations for entrances and exits. The number of exits required depends on the mezzanine's occupancy and the distance to each exit. Mezzanines with fewer than 49 occupants need at least one exit, while those with more than 49 require two or more exits. Additionally, mezzanines must be equipped with secure and robust stairways.
Catwalks, stairways, and ladders for equipment platforms provide entrance and are not considered part of the structure of the building. An equipment platform is not to be used as a part of a mezzanine system.
Equipment platforms and mezzanines are often added to buildings to utilize otherwise unused space. Despite their purpose, they must comply with local building codes. When a mezzanine is introduced, a structural engineer assesses its impact on the building's integrity. As a mezzanine becomes an integral part of the structure, building plans must be updated to reflect this addition.
While work platforms must adhere to specific building codes, their restrictions are generally less stringent compared to mezzanines. Often, a work platform can be installed and used immediately, unlike the more detailed specifications required for mezzanines.
Since work equipment platforms are not considered part of a building structure, they do not incur construction costs. Mobile work platforms can be assembled and utilized within a day, unlike mezzanines, which involve implementation costs and may require additional features such as bathrooms and handicap accessibility.
Work equipment platforms are classified as equipment for tax purposes and depreciate over 7 years. In contrast, a mezzanine is considered additional construction and depreciates over 31 years. Writing off these assets allows companies to receive tax deductions, which helps reduce their overall tax liability.
The depreciation factor arises from how an inspector classifies a mezzanine. Typically, a mezzanine is considered a permanent part of the building rather than a removable structure. As mezzanines are treated as part of the construction rather than equipment, they are subject to a 31-year depreciation period.
Equipment platforms are designed to support heavy machinery, made from durable materials to handle both equipment and personnel. Key features include elevated walkways, stairs, ladders, rugged panel surfaces, and easy access. Given the demanding nature of their use, these platforms must be structurally robust to match the equipment they support.
Work platform stairs are built from steel to support heavy loads and ensure durability over time. Available in configurations ranging from two to ten steps or more, these stairs are engineered to handle frequent use and the impact of workers moving up and down. While the design of the stairs is crucial, they are intended to function seamlessly with guardrails and railings, which are mounted on either side for added safety.
Various forms of grating for stairs ensures a rough surface as workers climb up and down the stairs. Such designs increase the grip of shoes to prevent workers from slipping or falling and are normally part of the certification of a work equipment platform.
TThe work surface of work platforms plays a crucial role in ensuring worker safety. It features a rough, perforated texture with a specially designed tread pattern that offers excellent traction and stability. This flooring helps prevent slips and falls, allowing workers to move safely even if the surface becomes slippery.
Manufacturers install durable, slip-resistant flooring that ensures a secure grip, allowing workers to focus on productivity rather than safety. Platform surfaces can feature a common diamond pattern, a serrated open texture, or an open grid design, tailored to meet the specific needs of the process or application.
The specifications for guardrails on work platforms are outlined in OSHA 1926.451(g)(4). The regulations mandate the installation of toprails, midrails, and toe boards to ensure worker safety, with each component of the guardrail system required to support a minimum load of 200 lbs (90.7 kg).
Guardrails are constructed from metal and secured to the platform floor. The metal type varies based on the platform's intended use; some guardrails are made of aluminum, while others are constructed from hardened steel. Regardless of the material, the primary purpose of guardrails is to offer slip and fall protection for workers.
Steel handrails and guardrails are constructed from heavy-gauge steel pipe and tubing. Given their use on work platforms, these guardrails are custom-designed to meet specific application needs. The piping can be either round or square, with both options providing the required strength and durability.
Several versions of work platforms are mobile and necessitate the use of highly durable casters or wheels capable of carrying the load of the work platform. The wheels for mobile work platforms take several forms including rubber tires for boom lift and scissor lift work platforms and casters for the movement of large work platforms in manufacturing operations. As a part of the design criteria, manufacturers include wheels that perfectly match the type of work a work platform will perform.
A specialized type of caster allows a work platform to roll easily into position. Once weight is applied to the platform, the supports are pushed down to prevent the wheels from engaging. Other variants feature locking wheels or adjustable feet, which can support the platform and adjust its height as needed.
Safety swing gates are engineered to enhance compliance with OSHA regulations, offering an additional layer of protection for workers. Suitable for installation on various work platforms, especially large ones, these gates can swing in multiple directions and feature adjustable bolts and screws to ensure a precise fit for any opening. While chains are sometimes used to restrict access to critical areas, safety swing gates provide a superior level of safety and security for the workforce.
The features of work platforms outlined above represent just a selection of the components used in their design. The way these components are engineered and integrated into a work platform can differ based on the manufacturer and the specific requirements of the platform.
The primary concern of the Occupational Safety and Health Administration (OSHA) regarding work platforms is the risk of workers falling. To address this, OSHA established Standard 1910 Subpart D: Walking Working Surfaces, which provides guidelines for compliance with work platform safety. The 2017 revision introduced updated measures for employers to protect employees from fall hazards on unprotected sides that are four feet or higher above a lower level. These revisions include requirements for the maintenance, inspection, and use of fall protection systems.
Any work platform elevated four feet or more above a lower level must be equipped with guardrails capable of withstanding a force of 200 lbs., covering all sides of the platform. Additionally, toe boards are necessary to prevent tools from falling off the edge. It’s crucial to note that guardrails and handrails serve different purposes and have distinct height requirements.
OSHA 1910.23 addresses the use of mobile ladders and platforms for equipment repair or item retrieval from shelves. These must not exceed four times their shortest base dimension without additional support. For heights beyond this specification, outriggers, counterweights, or other stabilizing methods are required to prevent overturning of stands, ladders, or mobile platforms.
OSHA 1910.25 standards specify the requirements for the width and height of steps on mobile ladders and work platforms, including guidelines for their spacing and arrangement.
Work platform manufacturers meticulously ensure their platforms meet OSHA requirements, maintaining safe and reliable step depth and height, regardless of the platform or ladder's height. This commitment guarantees a consistent level of safety and dependability across all work environments.
When guardrail systems are used around holes and as access points, they must include a self-closing gate with a top rail, midrail, and be properly offset to prevent workers from falling or walking into the hole. Additionally, safety gates must be robust enough to prevent accidental openings.
This OSHA regulation is fundamental to work platform manufacturing, focusing on maximum load capacity, which depends on factors such as the number of people, types of equipment, and the platform's intended use. OSHA mandates that a work platform must support four times its maximum intended load, a standard that manufacturers strictly follow.
When selecting a work equipment platform, several criteria must be carefully considered. Smaller mobile platforms are generally easier to choose because their parameters are straightforward. However, selecting a larger work equipment platform involves more factors, as it is crucial to consider worker safety and the specific requirements of the job.
The primary purpose of work platforms is to ensure convenient access to equipment and its components. For large equipment, this involves assessing the areas that need to be reached, determining the platform's height relative to the components, and ensuring safe access. Additionally, the placement of stairs, guardrails, and access points must be carefully planned.
In all facilities, the ceiling height and vertical clearance must comply with OSHA regulations, with a minimum of 7 feet required both above and below. Adequate space above the platform is essential to ensure optimal performance and safety for workers.
The materials used to construct a platform depend on the intended use. For industrial applications where equipment and workers are elevated, hardened steel is essential to support heavy loads. In contrast, lightweight mobile platforms designed for small tools and equipment can be made from aluminum, which suffices without the need for steel.
Regardless of the metal used in construction, work platforms should always be coated with paint to safeguard them against workplace conditions. Manufacturers offer a range of coatings suitable for different environments.
This aspect of work equipment platforms is repeatedly highlighted due to its significant impact on worker productivity and efficiency. Key features such as guardrails, locking mechanisms, handrails, textured surfaces, and access gates should be incorporated into the platform's design. Ensuring worker safety is a top priority during the selection process and is a major focus for manufacturers.
The guidelines for the manufacture, assembly, and construction of work equipment platforms are governed by OSHA regulations. These regulations detail every aspect of a work platform, including height, capacity, mobility, surface, guardrails, and other factors. Manufacturers adhere closely to these stipulations, which are also verified by inspectors.
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