The Bobcat E50 excavator is a compact yet powerful machine, perfect for construction and excavation jobs. Its Kubota diesel engine provides strong performance with excellent fuel efficiency. The E50’s hydraulic system ensures precise operation for digging and lifting tasks. Inside the spacious cab, operators enjoy comfort and visibility, enhancing productivity on the job. With a variety of attachments available, including buckets and hydraulic breakers, the E50 excels in versatility, making it a top choice for contractors seeking efficiency and reliability.

The Bobcat E50 excavator boasts several key features that make it a standout choice for construction and excavation projects:

Compact Size: Despite its power, the E50 is compact and maneuverable, making it suitable for tight job sites and urban environments.
Powerful Engine: Equipped with a Kubota diesel engine, the E50 delivers strong performance while ensuring fuel efficiency.
Advanced Hydraulic System: The hydraulic system provides smooth and precise operation for digging, lifting, and attachment use, enhancing overall productivity.
Comfortable Cab: The spacious and ergonomic cab offers a comfortable working environment with excellent visibility, reducing operator fatigue during long hours of operation.
Versatility: The E50 is compatible with a wide range of attachments, such as buckets, hydraulic breakers, grapples, and augers, allowing it to tackle various tasks efficiently.
Easy Maintenance: Designed for easy access to maintenance points, the E50 simplifies routine maintenance, minimizing downtime and reducing overall operating costs.
Enhanced Safety Features: The excavator is equipped with safety features like ROPS (Roll-Over Protective Structure) and FOPS (Falling Object Protective Structure), ensuring operator safety on the job.
Durable Construction: Built with robust materials and components, the E50 is durable and reliable, capable of withstanding demanding working conditions.

The Bobcat E50 excavator is a versatile piece of equipment that finds application in various construction and excavation projects. One primary use of the Bobcat E50 is utility installation. It excels in digging trenches for laying water pipes, sewer lines, and electrical conduits. The excavator’s compact size is particularly advantageous in urban environments where space is limited, allowing it to access confined areas without compromising on performance.

Another key job for the Bobcat E50 is trenching. Whether for laying utility lines or preparing groundwork for foundations, the E50 can efficiently dig trenches of varying depths and widths. This capability makes it a valuable asset in site preparation and infrastructure development projects. Additionally, the E50’s precise hydraulic system enables controlled excavation, ensuring accuracy and minimizing the risk of damage to surrounding structures.

In addition to utility installation and trenching, the Bobcat E50 is also well-suited for landscaping tasks. It can be used to excavate ponds, shape terrain for gardens, or create pathways. The excavator’s versatility extends to demolition work as well. Equipped with hydraulic breakers or grapples, the E50 can efficiently demolish small structures, break concrete, and clear debris.

Overall, the Bobcat E50’s combination of compact design, powerful performance, and versatile attachments makes it an indispensable machine for contractors involved in utility installation, trenching, landscaping, and demolition projects. Its maneuverability and precision enable efficient operations in diverse work environments, contributing to increased productivity and project success.

The price of Bobcat E50 models can vary based on year, hours, and condition. Here are some examples of Bobcat E50 models for sale through FleetNow:

Bobcat E50 models can be bought through online marketplaces, like FleetNow, heavy equipment dealers like Herc Rentals, or local dealers which can be found through the Find A Dealer page on Bobcat’s website. 

If you need construction equipment, you’re in the right place. Send us details about the job and/or specs on the machine you want, and we’ll find you the best options available.

The Bobcat E85 excavator is a powerhouse of innovation, designed to excel in a wide range of excavation tasks. This compact yet robust machine combines impressive digging forces with smooth hydraulic performance, ensuring precision and efficiency on the job site. Equipped with advanced features like a spacious cab, intuitive controls, and excellent visibility, operators can work comfortably and confidently, maximizing productivity. The E85’s extendable arm allows for increased reach and depth, making it ideal for various construction and landscaping applications. With its superior digging capabilities and user-friendly design, the Bobcat E85 sets a new standard for performance and versatility in compact excavators.

The Bobcat E85 excavator boasts several key features that enhance its performance and usability on job sites:

Powerful Engine: The E85 is equipped with a robust diesel engine that delivers high torque and power for efficient digging and lifting operations.
Advanced Hydraulics: With precise and responsive hydraulic controls, operators can achieve smooth and precise movements for increased productivity and accuracy.
Extendable Arm: The extendable arm feature allows for greater reach and digging depth, enabling versatility in various excavation tasks without repositioning the machine frequently.
Comfortable Cab: The spacious and ergonomically designed cab offers a comfortable working environment, reducing operator fatigue during long hours on the job.
Excellent Visibility: The cab design ensures excellent visibility to the surrounding work area, enhancing safety and operational efficiency.
Versatile Attachments: The E85 is compatible with a wide range of attachments, such as buckets, hydraulic hammers, and augers, allowing it to tackle different tasks with ease.
Integrated Technology: Some models come equipped with telematics technology for remote monitoring of machine performance and maintenance needs, improving uptime and reducing operational costs.
Easy Maintenance: The E85 is designed for easy maintenance access, with conveniently located service points and components, reducing downtime and optimizing machine availability.
High Durability: Built with quality materials and components, the Bobcat E85 is durable and reliable, capable of withstanding demanding job site conditions over the long term.

The Bobcat E85 excavator is highly versatile, capable of tackling a wide range of construction and landscaping tasks. From excavation and trenching for utilities to landscaping, grading, and material handling, the E85 excels in various applications. It’s also suitable for demolition work with hydraulic attachments, making it ideal for breaking up concrete and asphalt. The E85’s adaptability extends to site development, where it can clear land, level surfaces, and prepare building sites efficiently. With its powerful engine and range of attachments, the Bobcat E85 enhances productivity and effectiveness across different job sites, making it a valuable asset for contractors and operators.

The price of Bobcat E85 models can vary based on year, hours, and condition. Here are some examples of Bobcat E85 models for sale through FleetNow:

Bobcat E85 models can be bought through online marketplaces, like FleetNow, or heavy equipment dealers like Callidon Equipment, Herc Rentals, or local dealers which can be found through the Find A Dealer page on Bobcat’s website. 

If you need construction equipment, you’re in the right place. Send us details about the job and/or specs on the machine you want, and we’ll find you the best options available.

Here are some examples of Genie articulating boom lifts for sale through FleetNow:

If you need construction equipment, you’re in the right place. Send us details about the job and/or specs on the machine you want, and we’ll find you the best options available.

Forklifts are versatile and indispensable vehicles used across various industries for lifting and moving heavy loads with efficiency and precision. These specialized machines, equipped with fork-like extensions, are designed to handle materials in warehouses, factories, construction sites, and logistics centers. Forklifts come in different types, including electric, diesel, and propane-powered variants, each suitable for specific environments and tasks. They are operated by trained professionals and play a crucial role in enhancing productivity and streamlining operations. Understanding the basics of forklifts, such as their types, capabilities, and safety protocols, is essential for anyone working in industries where material handling is a key component.

A forklift, also known as a lift truck, fork truck, or forklift truck, is a powered industrial vehicle used to lift, carry, and transport heavy materials and goods over short distances. Forklifts are equipped with fork-like attachments that can be raised and lowered for lifting pallets, crates, and other loads. They are essential equipment in warehouses, distribution centers, manufacturing facilities, and construction sites.

Forklifts are utilized across various industries for a wide range of applications due to their ability to efficiently lift, move, and transport heavy materials. Some primary uses of forklifts include:

Material Handling in Warehouses and Distribution Centers: Forklifts are extensively used to load and unload goods from trucks, stack and retrieve pallets in storage racks, and transport materials within warehouse facilities.

Loading and Unloading: Forklifts are essential for loading and unloading cargo at docks, shipping yards, and distribution centers. They can handle palletized goods, crates, and containers efficiently.

Inventory Management: Forklifts play a critical role in inventory management by facilitating the movement and organization of goods within storage areas. This helps optimize space and streamline inventory processes.

Construction and Building Sites: In construction settings, forklifts are used to transport heavy materials like bricks, lumber, and equipment across job sites. They can also assist in lifting materials to elevated positions.

Manufacturing Operations: Forklifts are integral in manufacturing facilities for moving raw materials, components, and finished products between production areas. They contribute to improving workflow efficiency and reducing manual handling

Counterbalance Forklift: Commonly used for indoor applications, with forks at the front for lifting palletized loads.

Reach Forklift: Designed for narrow aisles in warehouses, with extendable forks to reach into storage racks.

Order Picker: Used for manual picking of items from warehouse shelves at various heights.

Pallet Jack (Pallet Truck): For lifting and moving pallets over short distances, available in manual or electric versions.

Rough Terrain Forklift: Suitable for outdoor use on uneven surfaces like construction sites, with rugged tires for off-road capability.

Telescopic Handler (Telehandler): Features a telescopic boom for lifting and placing materials at height, used in construction and agriculture.

Side Loader: Designed for handling long and bulky materials like timber or pipes, with forks mounted on the side.

Articulated Forklift (Flexi Forklift): Narrow aisle forklifts with an articulating chassis for operation in tight spaces.

Container Handler: Specialized for lifting and stacking shipping containers in ports and shipping yards.

Turret Truck: Narrow aisle forklifts that can rotate their forks or operator compartment to access high rack storage.

Using a forklift offers significant benefits in industrial and commercial settings. One of the key advantages is efficiency; forklifts streamline material handling processes by lifting and moving heavy loads quickly and effectively, reducing the need for manual labor and increasing productivity. They also enhance safety by minimizing physical strain on workers and reducing the risk of injuries associated with manual lifting. Forklifts are versatile machines capable of handling a wide variety of materials, from palletized goods to bulky items, making them essential across various industries. Additionally, forklifts optimize storage space by enabling vertical stacking of goods, maximizing warehouse capacity. This efficient use of space contributes to better inventory management and organization. Furthermore, forklifts save time by expediting tasks such as loading and unloading trucks and transporting materials within facilities. Overall, the use of forklifts improves operational efficiency, reduces labor costs, enhances workplace safety, and contributes to overall business success.

To operate a forklift safely, start by undergoing proper training and obtaining certification. Always inspect the forklift before use to ensure it’s in good working condition. Follow safe operating practices, including wearing seat belts, obeying speed limits, using horns when approaching blind corners, and keeping a safe distance from edges and obstacles. Regularly refresh your training and stay updated on safety protocols to maintain safe forklift operations.

Here is a video detailing forklift safety:

Regular maintenance is essential to keep a forklift in optimal condition. This includes daily inspections for fluid levels, tire condition, brakes, lights, and controls. Scheduled maintenance tasks such as oil changes, filter replacements, and brake adjustments should be performed according to the manufacturer’s guidelines. Additionally, battery maintenance, including checking water levels and cleaning terminals, is crucial for electric forklifts to ensure reliable operation. Regularly servicing and maintaining your forklift helps prevent breakdowns, extends its lifespan, and promotes safe operation.

To transport a forklift to and from job sites, use a flatbed trailer or specialized forklift trailer and secure the forklift with heavy-duty straps or chains. Perform a thorough inspection of the forklift before loading to ensure it’s in good condition. Use ramps or loading docks to safely load and unload the forklift onto and off the trailer, driving cautiously during this process.

To choose the right forklift for your project, assess your specific lifting and operational needs including load capacity, environment (indoor or outdoor), and height requirements. Consider specialized features such as tire type (pneumatic or cushion), power source (electric, diesel, or propane), and attachments (like sideshifters or clamps) based on the tasks involved. Factor in budget constraints, maintenance requirements, and operator capabilities to make an informed decision that optimizes productivity and safety for your project.

If you need construction equipment, you’re in the right place. Send us details about the job and/or specs on the machine you want, and we’ll find you the best options available.

Articulating boom lifts are specialized aerial platforms with flexible, articulated arms that enable precise maneuverability in challenging spaces. They’re perfect for tasks like maintenance, tree trimming, and repairs where reaching specific heights and angles is essential. These lifts offer versatility and safety features for efficient work at elevated locations.

An articulating boom lift, also known as a knuckle boom lift or a cherry picker, is a type of aerial work platform used to provide access to elevated areas. It consists of a platform or bucket mounted on an extendable arm with multiple sections (or “knuckles”) that can bend and articulate. This design allows the boom lift to reach up, over, and around obstacles, making it ideal for tasks that require precise positioning at height.

The primary uses of articulating boom lifts include:

Building maintenance and repairs: Facilitating access to elevated areas for tasks such as painting, window cleaning, and façade repairs.
Tree trimming and landscaping: Allowing operators to reach tall trees and difficult-to-access vegetation for pruning or maintenance.
Electrical and utility work: Providing safe access to overhead electrical lines, transformers, and other utility infrastructure for maintenance and repairs.
Construction projects: Assisting with tasks like installing structural components, roofing work, and accessing upper levels of buildings under construction.
Film and event production: Supporting activities such as setting up lighting, rigging equipment, and capturing aerial shots for film or events.
Warehousing and inventory management: Enabling efficient retrieval of goods stored at height in warehouses or distribution centers.
Emergency response and rescue operations: Facilitating access to elevated locations during emergencies or rescue situations.

Articulating boom lifts are available in various types to suit different environments and applications. Electric models are ideal for indoor use with quiet, emission-free operation, while diesel lifts are preferred for outdoor tasks and rough terrain due to their higher capacity and mobility. Bi-energy or hybrid lifts offer versatility for both indoor and outdoor settings by combining electric and diesel power. Narrow articulating boom lifts are compact and suitable for tight spaces, while rough terrain models are designed with rugged features for off-road use. Telescopic articulating boom lifts provide extended reach and flexibility. Choosing the right type depends on factors like work environment, terrain, reach requirements, and lifting capacity.

When operating an articulating boom lift, several safety precautions should be followed to ensure the well-being of operators and those around them. First, operators should receive proper training on the specific model of boom lift they will be using, including familiarization with controls and safety features. Before operation, conduct a thorough inspection of the lift for any signs of damage or malfunction. Always wear appropriate personal protective equipment (PPE), such as a harness and hard hat, and ensure that fall protection systems are in place and used correctly. Maintain a safe distance from overhead obstacles and power lines to avoid contact hazards. Use the lift on stable ground and deploy outriggers or stabilizers as needed to ensure stability. Adhere to weight limits and avoid exceeding the load capacity of the lift. Finally, follow all manufacturer’s instructions and safety guidelines during operation, and never engage in reckless behaviors like speeding or making sudden movements with the boom. Regular maintenance and inspections are also crucial to keep the equipment in safe working condition.

Here is a video that talks a little more about boom lift safety:

The main difference between an articulating boom lift and a telescopic boom lift lies in their arm design and functionality.

Articulating Boom Lift: This type of lift has multiple sections (or “knuckles”) in its arm that can bend and articulate, allowing for increased flexibility and the ability to reach over obstacles. Articulating boom lifts are ideal for accessing hard-to-reach areas with precise positioning.

Telescopic Boom Lift: In contrast, a telescopic boom lift has a straight arm that extends telescopically (like a telescope), providing vertical reach with minimal horizontal movement. Telescopic boom lifts are best suited for tasks requiring high reach without the need for complex maneuvering around obstacles.

Maintaining an articulating boom lift involves regular inspections to check for damage or wear, especially focusing on hydraulic hoses, electrical components, and structural integrity. Fluid levels should be monitored and changed as needed, including hydraulic fluid, engine oil, and coolant. Additionally, lubrication of moving parts, such as grease fittings and pivot points, is essential to minimize friction and ensure smooth operation.

Articulating boom lifts can be used on uneven terrain, but it’s important to assess the specific conditions and limitations of the equipment. While some models are designed for rough terrain and have features like four-wheel drive and oscillating axles to provide stability and traction on uneven surfaces, not all articulating boom lifts are suitable for extremely rugged or sloped terrain.

Transporting an articulating boom lift to and from job sites involves using a suitable truck or trailer equipped with the necessary towing capacity and secure attachment points. Before transport, conduct a thorough inspection of the boom lift to ensure it is in good working condition and lower the boom to reduce overall height. Securely fasten the boom lift to the transport vehicle using safety straps or chains according to manufacturer guidelines and local transportation regulations. During transit, drive cautiously, adhering to speed limits and road conditions to ensure the safety of both the equipment and other motorists. Upon arrival at the job site, carefully unload the boom lift using proper equipment and procedures, ensuring a clear and safe work area for setup. Transporting an articulating boom lift requires attention to detail and adherence to safety protocols to prevent accidents and damage during transit.

To choose the right articulating boom lift for your project, consider the specific requirements such as maximum reach, capacity, and terrain conditions. Evaluate the height and outreach needed to access your work area, ensuring the selected lift can safely reach the desired locations. Additionally, factor in the equipment’s power source (electric, diesel, or hybrid) based on indoor or outdoor use and environmental considerations.

If you need construction equipment, you’re in the right place. Send us details about the job and/or specs on the machine you want, and we’ll find you the best options available.

If you need construction equipment, you’re in the right place. Send us details about the job and/or specs on the machine you want, and we’ll find you the best options available.

Telehandler safety is critical for preventing accidents and ensuring a secure work environment. Operating a telehandler involves handling heavy loads at height, which can pose significant risks if not managed properly. It’s essential for operators to receive thorough training on equipment operation, load capacities, and safe handling techniques. Regular equipment inspections and maintenance are also crucial to identify and address potential issues that could compromise safety. Implementing strict safety protocols, such as wearing appropriate personal protective equipment (PPE) and maintaining clear communication on the worksite, is essential for reducing the likelihood of accidents and ensuring everyone’s well-being during telehandler operations.

Proper training is the cornerstone of telehandler safety. Operators should undergo comprehensive training programs covering equipment operation, load capacities, stability principles, and safety protocols. Training should include practical hands-on exercises and theoretical knowledge to ensure operators understand the risks associated with telehandler operations and how to mitigate them.

Before operating a telehandler, operators must conduct thorough pre-operational checks. This includes inspecting controls, hydraulics, tires, brakes, and structural components for any signs of damage or malfunction. Any issues identified during inspections should be addressed promptly by qualified personnel before proceeding with operations.

Safe operating practices are essential to prevent accidents and ensure efficient telehandler operations. Operators should adhere to load capacity limits specified by the manufacturer and avoid overloading the machine. Stability is crucial, especially when extending the boom or lifting heavy loads. Proper positioning and distribution of the load contribute to maintaining stability and reducing the risk of tip-overs.

Operators and workers in the vicinity of telehandlers should wear appropriate personal protective equipment (PPE) at all times. This includes helmets, high-visibility clothing, gloves, and safety footwear. PPE helps protect against potential hazards such as falling objects, collisions, and entanglement with machinery.

Regular maintenance and inspections are essential to keep telehandlers in optimal condition and prevent breakdowns. Scheduled maintenance should include checks on hydraulic systems, brakes, steering components, and structural integrity. Any issues identified during inspections should be addressed promptly by qualified technicians to maintain equipment reliability and safety.

Clear communication among team members is vital during telehandler operations. Operators should use standardized hand signals or radio communication to coordinate movements and ensure everyone’s safety. Maintaining awareness of surroundings, including overhead obstructions, ground conditions, and the presence of pedestrians or other workers, is critical to preventing accidents.

If you need construction equipment, you’re in the right place. Send us details about the job and/or specs on the machine you want, and we’ll find you the best options available.

Telehandlers are versatile and indispensable machines in various industries, particularly in construction, agriculture, and warehousing. These unique pieces of equipment combine the functionalities of a forklift with that of a crane, featuring a telescopic boom that can extend forwards and upwards. This capability allows telehandlers to lift and maneuver loads to heights and distances that traditional forklifts cannot reach. With their ability to handle diverse tasks such as lifting, moving, and placing materials, telehandlers have become essential for optimizing efficiency and productivity in modern workplaces.

Key features of a telehandler include a telescopic boom for variable reach, lifting capacity ranging from several thousand pounds to over 10,000 pounds, four-wheel drive for off-road capability, various attachments like forks, buckets, or platforms, and stability features such as outriggers or stabilizers.

A telehandler is a versatile piece of equipment that can be used for a wide range of tasks across different industries. Some common uses of telehandlers include:

Material Handling: Telehandlers excel at lifting and moving heavy materials and equipment. They can transport pallets, building materials (like lumber, bricks, and pipes), and other bulky items around job sites.
Construction: Telehandlers are widely used in construction for tasks such as loading and unloading materials, placing loads at heights, and transporting construction supplies across uneven terrain.
Agriculture: In agriculture, telehandlers are used for various tasks including loading and stacking hay bales, moving feed and supplies, and handling equipment like plows or seeders.
Warehousing and Distribution: Telehandlers are employed in warehouses and distribution centers to stack and retrieve pallets from high shelves, load and unload trucks, and move heavy goods efficiently.
Maintenance and Repair: Telehandlers are valuable for maintenance work on buildings, machinery, and utilities. They can lift workers and tools to elevated areas for repairs or installations.
Landscaping: Telehandlers are used in landscaping projects to move soil, mulch, and plants, and to position landscaping materials for installation.
Utilities and Infrastructure: Telehandlers are utilized for tasks related to utilities and infrastructure maintenance, such as lifting and positioning utility poles, handling pipes, and performing installation work.
Event Management: Telehandlers are sometimes used in event management for setting up stages, lifting equipment, and handling materials during event setup and breakdown.
Demolition: Telehandlers can be used to transport debris and materials during demolition projects, aiding in the cleanup and removal of demolished structures.

There are several well-known manufacturers of telehandlers that are widely recognized and respected in the industry. Here is a list of popular telehandler manufacturers:

• CAT: Caterpillar, a global leader in heavy equipment manufacturing, offers a line of telehandlers designed for construction, agriculture, and industrial applications, known for their durability and versatility.
• Genie: Genie, a subsidiary of Terex Corporation, specializes in aerial work platforms and telehandlers. Genie telehandlers are recognized for their compact design, ease of operation, and high performance.
• Bobcat: Bobcat, a division of Doosan Group, manufactures compact equipment including telehandlers suitable for construction, agriculture, and landscaping. Bobcat telehandlers are known for their maneuverability and efficiency in tight spaces.
• Manitou: Manitou Group is a prominent manufacturer of telehandlers, offering a diverse range of models for various industries. Manitou telehandlers are known for their robust build quality, advanced features, and versatility.
• SkyTrak: SkyTrak, part of the JLG Industries family (an Oshkosh Corporation company), specializes in telehandlers tailored for construction and industrial applications, emphasizing productivity and reliability.

Curious how certain manufacturers compare? Check out our blog post; Bobcat vs. Genie Telehandlers: How Do They Compare.

Telehandlers differ from forklifts primarily in their ability to extend and reach forward with the telescopic boom. Forklifts have a fixed mast and forks that can move up and down but cannot extend outward like a telehandler.

Considerations for choosing the right telehandler include required lifting capacity, reach height, terrain conditions (e.g., rough terrain vs. smooth surfaces), attachment options (forks, buckets, platforms), and operational features like cab comfort and visibility.

Check out our blog post; Telehandler Safety: Best Practices For A Safer Workplace. 

If you need construction equipment, you’re in the right place. Send us details about the job and/or specs on the machine you want, and we’ll find you the best options available.

Electric scissor lifts represent a transformative innovation in modern construction and maintenance industries, offering enhanced efficiency and safety in accessing elevated work areas. These versatile machines are designed to elevate workers and materials to various heights, providing a stable platform that can maneuver through indoor spaces with ease. As businesses prioritize sustainability and operational effectiveness, electric scissor lifts have emerged as a preferred choice due to their environmentally friendly design and quiet operation. This introductory paragraph sets the stage for exploring the key features, benefits, and applications of electric scissor lifts in diverse professional settings.

Below are some of the key advantages of utilizing electric scissor lifts: 

Electric scissor lifts are powered by rechargeable batteries, eliminating the need for gas or diesel. This not only reduces emissions but also contributes to a greener work environment. Electric models produce zero emissions during use.

One significant benefit of electric scissor lifts is their quiet operation, making them ideal for indoor use and noise-sensitive environments. Traditional lifts powered by combustion engines can be noisy, disrupting work and causing discomfort. Electric lifts operate silently, which is crucial for environments like hospitals, schools, and office buildings where noise levels must be kept low.

Electric scissor lifts are often more compact and easier to maneuver in tight spaces compared to larger diesel or gas-powered lifts. Their electric motors provide precise control, allowing operators to navigate around obstacles and access confined areas. This maneuverability is especially valuable in warehouses, retail stores, and construction sites where space is limited.

The operating costs of electric scissor lifts are generally lower than their diesel or gas counterparts. While electric lifts may have a higher initial purchase price, they offer significant long-term savings in fuel and maintenance expenses. For example, electric lifts have minimal fuel costs since they run on electricity, and they require less frequent maintenance due to fewer moving parts in the electric motor.

Electric scissor lifts come equipped with advanced safety features that enhance worker protection. These features may include automatic braking systems, tilt sensors, and platform alarms to prevent accidents and ensure compliance with safety regulations. Investing in electric lifts demonstrates a commitment to workplace safety and reduces the risk of injuries associated with elevated work platforms.

Electric scissor lifts find applications across a wide range of industries and tasks. In construction, they are used for tasks like ceiling installations and exterior facade work. In maintenance, they enable technicians to access overhead fixtures and equipment safely. Even event planners use electric lifts for setting up lighting and decorations efficiently. The versatility of electric scissor lifts makes them indispensable tools in modern workplaces.

If you need construction equipment, you’re in the right place. Send us details about the job and/or specs on the machine you want, and we’ll find you the best options available.

A scissor lift is an elevated platform used to raise workers and equipment to reach high areas safely. It operates with linked, folding supports that extend vertically in an “X” pattern, resembling scissors. Scissor lifts are widely used in industries like maintenance, construction, warehousing, and events to provide a stable platform for tasks at height.

These lifts come in different sizes and power options (hydraulic, electric, pneumatic) to suit various indoor and outdoor applications. Safety is crucial when using scissor lifts, with features like guardrails and emergency stop buttons to prevent accidents.

Overall, scissor lifts play a vital role in improving efficiency and safety by enabling workers to access elevated areas securely and perform tasks effectively.

Check out our blog post; Scissor Lift FAQs: Everything You Need To Know.

There are several types of scissor lifts designed to meet specific needs and operational requirements across different industries. The main types of scissor lifts include:

• Electric Scissor Lifts
• Diesel Scissor Lifts
• Rough Terrain Scissor Lifts
• Hydraulic Scissor Lifts
• Pneumatic Scissor Lifts

Check out our blog post The Advantages of Electric Scissor Lifts.

Scissor lifts work using a simple yet effective mechanical system. The main components of a scissor lift include:

Platform: This is the flat surface where workers stand or equipment rests during operation.
Crossed Folding Supports: These are the X-shaped folding supports that give the scissor lift its name. When pressure is applied, these supports extend vertically, lifting the platform.
Hydraulic Cylinders: Located at the base of the scissor structure, hydraulic cylinders are responsible for providing the force needed to extend the supports and raise the platform.
Hydraulic Pump: The hydraulic pump controls the flow of hydraulic fluid to the cylinders, allowing for controlled movement of the lift.

Here is a video detailing how a scissor lift works and how to operate:

Scissor lifts can be used in various industries for numerous types of jobs. Some common industries in which scissor lifts are utilized are:

• Construction and Maintenance
• Warehousing and Logistics
• Film Production and Events
• Landscaping and Tree Care

Choosing the right scissor lift for your job requires some careful consideration. Check out our blog post that details how to choose the right scissors lift for your project. 

To keep your scissor lift running properly and safely, routine maintenance is necessary. Check out our blog post about scissor lift maintenance.

If you need construction equipment, you’re in the right place. Send us details about the job and/or specs on the machine you want, and we’ll find you the best options available.