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Jekko is proud to introduce JF1050, the newest and most powerful Articulated Crawler Crane in its lineup. With a 22-ton lifting capacity and a 34.5 m maximum tip height, it is built for lifting in tight and demanding jobsites — from industrial maintenance to data center construction and warehouse operations. The innovative X-Design decagonal boom by Fassi delivers improved load charts across all conditions, while three boom articulations ensure maximum versatility: reach any spot, pass over obstacles, or work at negative angles. The Bi-Energy Diesel + Electric Powerpack system combines outdoor autonomy with clean indoor operation. The new 7″ IP66 touchscreen displays all crane data, live stability visualization and an onboard assistant — with three selectable working modes: Eco / Normal / Power. 🎥 Watch the Video 📰 Press Release

Jekko announces the appointment of Kees Hoogendoorn as Export Manager, marking a further step in the company’s international growth strategy. With a solid background in business development and international sales across multiple industries, Hoogendoorn brings key expertise in identifying new market opportunities and building strategic partnerships. In his new role, he will focus on developing specific business segments — including the rental sector — and selected international markets, with the goal of reinforcing Jekko’s global presence. Read the full press release.

Jekko is proud to introduce the TRX80, a compact 8-ton truck-mounted minicrane designed to deliver high performance in confined spaces and challenging environments. Mounted on a 2-axle truck, the TRX80 combines 8-ton lifting capacity with a maximum outreach of 27.2 metres, all while keeping the crane fully contained within the vehicle footprint. Thanks to its compact size and a crane module under 8 tons, the TRX80 can operate on lightweight surfaces and restricted areas, making it ideal for fast lifting operations such as steel or timber installation, HVAC positioning, and various construction or industrial tasks. One of its key features is fully electric operation, powered by a 48V lithium battery that ensures a full working day. The battery can be recharged via the vehicle’s PTO or through an external single- or three-phase power supply, providing maximum flexibility and lower environmental impact. The TRX80 also offers: Hydraulic outriggers with stepless extension and rotation for safe operation even on sensitive surfaces Multiple jib options with negative-angle operation down to -60° Advanced Load Moment Indicator (LMI) for real-time stability feedback User-friendly 7” touchscreen and proportional radio remote control Experience the TRX80 in action:🎥 Watch the Video For the full details, read our press release here:📰 Press Release The TRX80 will debut at the Smopyc exhibition in Zaragoza, at the Transgruas stand (AES23), from April 15–18.

When it comes to construction, crane safety is non-negotiable. Cranes are vital for lifting heavy loads and performing complex tasks on job sites, but they also present significant risks. Accidents can result in injuries, fatalities, and severe damage to property. That’s why it’s essential for crane operators and construction teams to adhere to strict safety protocols to ensure smooth, accident-free operations. At Jekko, we are dedicated to enhancing crane safety with innovative solutions that reduce risk and increase operational efficiency. In this article, we will explore crucial crane safety tips, discuss common crane accidents, and highlight how Jekko’s mini cranes are designed to prevent these incidents while improving lifting operations. Why crane safety matters in construction and industrial settings Cranes are fundamental to modern construction, but their operation comes with its own set of challenges. Whether lifting heavy materials at heights or maneuvering in tight spaces, crane operations can quickly turn dangerous without proper safety measures in place. The primary risks associated with crane operations include: Lifting heavy loads: Cranes are designed to lift significant weight, and improper lifting techniques or equipment malfunctions can cause catastrophic accidents. Working at heights: Cranes are often used to lift materials to great heights, creating the risk of workers falling or loads shifting unpredictably. Beyond the physical dangers, the financial and legal consequences of crane accidents are substantial. Injuries or fatalities can lead to compensation claims, loss of reputation, and regulatory fines. Ensuring crane safety is not only a matter of human well-being but also legal compliance and financial security. What are the most common types of crane accidents? Understanding the most common types of crane accidents is the first step toward preventing them. The following are some of the key incidents that can occur on construction sites: Overturning: One of the most dangerous crane accidents, tipping occurs when a crane becomes unstable. This can happen due to improper load distribution, ground conditions, or faulty setup. Contact with power lines: Cranes that operate at height can inadvertently come into contact with live power lines. This is a significant hazard and can be fatal for crane operators or workers in the vicinity. Falling loads: If loads are not secured properly, they can fall from great heights, posing serious threats to workers below. This type of accident is common in construction sites where heavy materials are being moved. Operator error: Human error is a leading cause of crane accidents. Inadequate training, operator fatigue, and failure to follow safety protocols can result in serious mistakes. Collisions with structures: Cranes operating in confined spaces or close to buildings can accidentally strike nearby structures, causing both equipment damage and injury. Key crane safety tips to prevent accidents Prevention is always better than cure, and the following crane safety tips can significantly reduce the risk of accidents on your construction site: Pre-operation inspection: Always inspect the crane before use. This includes checking the equipment for damage, ensuring that all safety features are functional, and confirming that the crane is correctly calibrated. A thorough pre-operation inspection is the first line of defense against potential accidents. Proper training for operators: Certified crane operators are essential to ensuring safety on site. Operators should be trained not only in basic crane functions but also in emergency procedures, safety protocols, and crane-specific features. Use of personal protective equipment (PPE): It’s crucial for all workers on the site to wear appropriate PPE, such as hard hats, high-visibility clothing, and fall protection equipment. PPE protects workers from falling debris, unexpected crane movements, and other hazards. Maintaining proper communication: Effective communication between the crane operator, ground crew, and other workers is crucial. Signals or radios should be used to relay important instructions, ensuring everyone is aware of the crane’s movements. Safe lifting practices: Operators should always follow the manufacturer’s guidelines for load balancing, crane angle, and lifting capacity. Using proper lifting techniques helps prevent tipping and ensures the load is transported securely. Crane stability: the role of proper grounding and set-up A crane’s stability is critical to its safe operation. Ground conditions and crane setup play a significant role in preventing accidents. Uneven or unstable ground can lead to tipping or shifting, especially if the crane is improperly positioned. Jekko mini cranes, such as the SPX Series, are designed to operate safely on various terrains, including uneven and soft ground. Their innovative stabilizing features and adjustable outriggers ensure that the crane remains stable, even in challenging conditions. This added stability reduces the likelihood of accidents caused by poor setup or unstable ground conditions. Jekko’s innovative features for enhanced crane safety At Jekko, we are committed to improving crane safety with cutting-edge technology and design. Here are some of the features that make our mini cranes stand out: Automatic load monitoring systems: Jekko mini cranes are equipped with advanced sensors that continuously monitor the load weight and distribution, ensuring that the crane does not exceed its lifting capacity. This reduces the risk of tipping accidents due to overloading. Telematics and remote monitoring: With Jekko’s telematics system, crane operators can monitor the crane’s performance remotely in real time. This allows operators to detect potential problems early and make adjustments before accidents occur. Safety features in the SPX, JF, and MPK series: Jekko’s product range includes features such as emergency stop functions, overload protection, and advanced articulation. These features ensure that the crane can safely operate in confined spaces and challenging environments. Customization with safety accessories: Jekko also offers optional safety accessories like suction cups and manipulators, which provide greater control over heavy materials, enhancing both precision and safety during lifting operations. Why choose Jekko mini cranes Jekko mini cranes are ideal for both small and large-scale construction projects, offering exceptional safety and efficiency. Unlike traditional cranes that require extensive assembly and setup, Jekko’s mini cranes are ready to work straight out of the box. This eliminates the need for heavy transport, complex setup, and delays, ensuring faster project timelines and improved safety on-site. Jekko mini cranes offer unique advantages in terms of both safety and performance. With their compact size, high lifting power, and advanced safety features, they can operate in environments where larger cranes would be impractical or unsafe. Crane safety should be a top priority on every construction site. By understanding the risks and implementing key safety practices, crane operators can reduce the likelihood of accidents and ensure a safer work environment. Jekko’s innovative mini cranes are designed with safety in mind, offering advanced features that prevent accidents and increase operational efficiency. Discover how Jekko’s mini cranes can enhance safety on your job site and streamline your lifting operations. Visit Jekko Cranes to learn more about our products and safety features.

Jekko expands its digital presence with the launch of jekko.be, a new website dedicated to the Belgian market, developed in collaboration with its official dealer Rentalift. The platform offers a clear and accessible overview of Jekko’s lifting solutions, including mini cranes, crawler cranes and glass handling equipment, along with local support and expertise. This launch marks another step in strengthening Jekko’s presence in Europe and staying closer to professionals working daily on jobsites. Visitors are invited to explore the new website and discover the full Jekko range in Belgium. 🔗 www.jekko.be

At SMOPYC 2026 in Zaragoza, Jekko will be present together with its official dealer Transgruas at stand AES23, showcasing a wide range of lifting solutions for construction, glazing, industrial and logistics applications. The exhibition will feature key models from the Jekko range, including mini cranes, articulated crawler cranes, minipickers and glass handling systems. The highlight of the event will be the world market premiere of the new TRX80, the latest addition to Jekko’s truck-mounted mini crane family, marking an important step forward in terms of performance, innovation and jobsite flexibility. Visitors are invited to discover Jekko’s latest technologies and explore the future of compact lifting.

Standing tall on construction sites and industrial areas, cranes are among the most recognizable symbols of heavy lifting and engineering strength. Thanks to their exceptional lifting capacity, flexibility, and tracked mobility, cranes form the backbone of large-scale projects across construction, manufacturing, shipbuilding, and logistics. Whether dealing with mobile or static models, cranes are made up of several intricate and essential components, each designed to perform a specific role. From solid foundations to precision load-handling mechanisms, every part works together to ensure the crane’s safety, stability, and efficiency. Knowing how each part functions is crucial not only for safe operation but also for selecting the right crane for your project and keeping equipment properly maintained. Let’s break down the different parts of a crane machine and their roles. Stability and mobility: foundations, floats, tracks, and wheels A crane’s stability begins at the ground level. Without a secure base, even the most advanced crane would be unable to lift safely. Here’s how cranes achieve their remarkable balance and mobility: Wheels: Mobile cranes mounted on wheels offer high maneuverability, allowing them to quickly move between locations—even on rugged or uneven job sites. Tracks: Crawler cranes use wide tracks to move on uneven terrain and distribute their weight evenly, providing excellent stability on soft or uneven ground. While slower than wheeled models, their terrain-handling capabilities are unmatched. Some models feature extendable tracks to widen the stability area. Outriggers: on mobile cranes the outriggers are used to widen the stability area and improve performances and safety. Outriggers can be positioned in symmetric or asymmetric configuration on some models and on sloping ground. to reduce ground pressure, outriggers are usually positioned on stabilizer pads. Foundation: Tower cranes are anchored in massive concrete bases to support the incredible forces exerted during lifting operations. A stable foundation is essential for safe performance, especially when operating hundreds of feet above ground. Floats: Floating cranes are mounted on barges and operate over water. They are crucial for offshore drilling, port construction, and shipbuilding where land-based cranes can’t operate. Main Structural Parts of a Crane Cranes are designed for precision and strength. Regardless of the type, many cranes share core structural elements. Here’s an overview of their key components: Boom The boom is the long, extendable arm responsible for lifting and moving loads. It’s the most visible part of the crane and plays a fundamental role in determining the machine’s reach and lifting range. Hydraulic Boom These booms extend and retract using a hydraulic system composed of pumps, pistons, and cylinders. Telescopic Booms: Feature nested tubes that slide inside one another, adjusting the boom’s length as needed. Folding Booms: Include articulated joints that fold and unfold during operation, offering more compact movement and greater maneuverability. Lattice Boom Made from a welded framework of steel bars, lattice booms provide maximum strength with minimal weight. While they don’t extend like hydraulic booms, they offer excellent load capacity. Articulated Boom Articulated crawler cranes feature a boom made of a series of telescopic extendable and movable articulations that allow the boom to reach different angles, overcome obstacles and work on negative angles. Jib The jib is an attachment mounted at the end of the boom, extending the crane’s reach horizontally. Typically found on tower and mobile cranes, the jib allows operators to lift loads further from the crane’s base. Types of jibs can be: Fixed Adjustable Retractable The jib provides added leverage, minimizing collision risks with the crane’s main frame when moving large or lengthy objects. Mast On tower cranes, the mast is the vertical tower, supporting the boom and jib. The mast is often modular, assembled piece by piece to reach the required height. It must withstand substantial forces, including strong winds and torsional stresses, to ensure stability. Counterweights To balance heavy loads, cranes use counterweights made of steel or concrete, positioned opposite the boom or on the chassis of a mobile crane. By adjusting the number or configuration of counterweights, operators ensure the crane remains stable during lifting tasks. Hook and Hoist Hook Block: The hook is attached to high-tensile wire ropes and is responsible for lifting loads. The cables are made of intertwined steel strands, ensuring even load distribution and enhanced safety in case of wire failure. Hoist: The hoist is the system that raises and lowers the hook. Available in electric, hydraulic, or pneumatic models, hoists are equipped with safety features like limit switches and overload protection to guarantee precise and secure operations. Slewing ring The slewing ring enable cranes to rotate smoothly, up to 360 degrees. This movement provides operators with the flexibility to lift and place loads anywhere within the crane’s working radius. Operator’s Cabin Available on some tower cranes and bigger mobile cranes, the cabin is the command center where the operator controls all crane functions. Modern cabs are equipped with ergonomic seating, climate control, digital displays, and joysticks that allow for precise movements. Visibility and comfort are key to maintaining safety and efficiency during long hours of operation. On smallest cranes as minicranes the operator cabin is not needed and is replaced by a multifunctional proportional radio remote control that allows the operator to perform any lifting movement and a display on the crane chassis. Essential Crane Systems and Equipment Hydraulic Systems Hydraulic systems power many of a crane’s movements, using high-pressure fluid to operate the boom, jib, and hoist. A well-maintained hydraulic system ensures smooth, reliable operation and is crucial for overall crane performance. Wire Ropes and Pulleys Wire ropes loop through pulley systems to support and lift heavy loads. Pulleys reduce the force needed to lift objects, while durable wire cables resist tension and wear, making them critical components for safety and efficiency. Safety Equipment Modern cranes are equipped with advanced safety features, including: Load moment indicators Movement limiters Anti-collision systems for working in crowded job sites These technologies help prevent accidents and ensure safe, compliant operations. Choosing the Right Crane Components Selecting the right components for your crane depends on your project’s specific needs: Load Capacity: Ensure that all components can safely handle the maximum load weight. Mobility Requirements: If frequent repositioning is needed, mobile or mini cranes with flexible components are ideal. Safety Compliance: Only use certified parts that meet industry safety standards. Technology Upgrades: Opt for modern systems that improve operational efficiency and reduce risks. The Role of Mini Cranes in Construction Mini cranes are critical in modern construction projects because they provide flexible lifting solutions in confined spaces. Ideal for tight spaces, indoor environments, rooftop work, and steel erection, these lifting tools are an innovative solution that offers precise movement thanks to advanced technologies. Jekko’s portable and highly versatile mini cranes feature critical components like telescopic booms, hydraulic or electric jibs, articulated arms, glass manipulators and electric or battery power, a stark difference from less compact traditional cranes, which often depend on more prominent, diesel-powered engines. Examples of mini cranes’ “Pick & Carry” applications include construction, steel structure installations, glass installation, industrial maintenance, and even niche areas like films and luxury product handling. A boom extends the construction crane’s reach, the hoist provides the lifting power, the hook lifts the load, counterweights ensure stability, tracks or wheels ensure an easy reach and extendable outriggers provide stability during operation. Do you want to delve deeper into the world of construction cranes? Learn why you must choose high-quality components and accessories to ensure safety and efficiency. Discover Jekko’s mini crane solutions and advanced lifting technology today.

When Historic Environment Scotland needed to position a MEWP inside the walls of Craigmillar Castle, access limitations made the operation particularly challenging. Thanks to its compact dimensions and strong lifting performance, the Jekko JF545.2 articulated crawler crane was able to pass through a narrow medieval gate and carry out the lifts inside the historic courtyard. Discover how modern lifting technology supported maintenance work on one of Scotland’s best-preserved medieval castles.

Cranes are powerful machines that have redefined what’s possible in construction, logistics, and heavy industries. From hoisting massive loads to assembling industrial components or installing utility systems, cranes simplify tasks that would otherwise require extensive manpower and time. Thanks to their versatility, strength, and adaptability to tough environments, cranes machines have become indispensable across many fields. Whether it’s a tower crane at a bustling city site or a floating crane on open waters, different types of cranes are engineered to meet specific operational demands. Curious about the real-world uses of cranes? Let’s dive into their wide-ranging applications. Crane Applications and Mobile Crane Guide Main Applications of Cranes Types of Cranes and Their Uses Key Applications of Mobile Cranes Lifting and Moving Heavy Materials Standout Features of Mobile Cranes Site Preparation and Assembly Transporting and Moving Equipment Why Mobile Cranes Are a Smart Choice Stay Ahead with the Right Equipment Main Applications of Cranes Across industries, cranes deliver essential lifting and transportation solutions. Here’s a look at where they create the most value: Construction In construction, cranes handle everything from moving heavy machinery like bulldozers and excavators to lifting steel frames and building materials. They speed up construction timelines, improve safety on-site, and offer the versatility needed for both residential and commercial projects. Steel Industry Cranes are critical for transporting steel beams and heavy components in manufacturing plants and construction sites. They enable the smooth movement of raw materials and finished products, reducing production delays and increasing overall efficiency. Maritime and Port Operations Ports rely heavily on cranes to lift and transport large cargo and shipping containers. Specialized floating cranes also assist in shipbuilding, bridge construction, and offshore drilling, ensuring safe handling of massive marine structures. HVAC and Mechanical Installations Installing HVAC units and other large mechanical systems often involves moving extremely heavy equipment. Mobile cranes streamline this process, making installations safer for both technicians and property owners. Telecommunications Cranes play an essential role in setting up and maintaining telecommunication infrastructure, including satellite dishes, antennas, and telephone lines, ensuring connectivity for businesses and households. Oil and Gas Industry Safety is paramount in oil and gas operations. Cranes in this sector must comply with strict safety regulations while handling delicate, heavy loads, whether on offshore rigs or at production facilities. Types of Cranes and Their Uses Different crane models serve specific project needs. Here’s a closer look at the most popular types: Tower Cranes: Anchored to the ground, tower cranes are indispensable for building skyscrapers. They feature a tall mast and a horizontal jib, offering unmatched vertical and horizontal reach. Mobile Cranes: Mounted on wheels or tracks, mobile cranes are extremely versatile. They can navigate complex job sites easily and require little to no assembly, making them ideal for projects needing quick deployment. Crawler Cranes: These cranes use tracks instead of wheels, providing extra stability. Their ability to traverse rough terrain makes them a top choice for heavy-duty lifting in challenging environments. Overhead Cranes: Fixed to a building’s structure, these cranes move along ceiling-mounted tracks and are often used in warehouses and production facilities for material handling. Gantry Cranes: Similar to overhead cranes but supported by freestanding legs on the ground. They’re widely used in shipyards, manufacturing sites, and storage facilities. Floating Cranes: Positioned on barges or floating platforms, floating cranes support offshore operations, from bridge construction to oil rig installation. Mini Cranes: Compact and highly maneuverable, mini cranes are perfect for urban projects and indoor tasks where space is limited. Selecting the right crane depends heavily on your project requirements, including load size, worksite conditions, and mobility needs. Key Applications of Mobile Cranes Mobile cranes, including mini spider cranes, crawler cranes, and “pick and carry” models, offer solutions for a wide variety of lifting challenges. Lifting and Moving Heavy Materials Mobile cranes shine in their ability to hoist large steel panels, concrete sections, and heavy equipment with exceptional precision. Their strength often surpasses that of fixed lifting machines while offering greater flexibility on-site. Standout Features of Mobile Cranes What sets mobile cranes apart is their combination of strength, agility, and speed: Mobility: Move easily across job sites and reach confined spaces that would be inaccessible to larger cranes. Quick Setup: Minimal preparation time lets operators get to work faster and transition between tasks more efficiently. Heavy Load Capacity: Certain models are capable of lifting extremely large loads, extending their reach high above ground level. Attachment Options: With accessories like jib extensions and specialized lifting tools, mobile cranes can handle a wider range of lifting tasks. Thanks to these features, mobile cranes are a go-to solution for both small and large projects. Lifting and Moving Heavy Materials Mobile cranes shine in their ability to hoist large steel panels, concrete sections, and heavy equipment with exceptional precision. Their strength often surpasses that of fixed lifting machines while offering greater flexibility on-site. Site Preparation and Assembly Due to their efficient lifting and precise placement capabilities, mobile cranes help set up temporary structures and construction equipment on work sites, such as scaffolding and formwork. A mobile crane can also assist in erecting large construction components, like columns, heavy metal beams, trusses, and other parts that require high load lifting capacity. Specifically, a mobile crane can lift these heavy objects or materials from the ground and delicately position them onto the building’s foundation. Transporting and moving equipment Mobile cranes are crucial tools for transporting large or heavy machinery around a construction site, allowing for efficient site movement of equipment like excavators, bulldozers, and generators safely and efficiently without needing external transport vehicles. Why Mobile Cranes Are a Smart Choice for Construction Projects One of the main advantages of mobile cranes compared to static cranes is that they don’t require permanent anchoring. This mobility means they can quickly move between lifting tasks, significantly reducing downtime and boosting overall efficiency on construction sites. It’s no surprise that crawler cranes, with their enhanced stability and mobility, have become especially popular in steel construction and large infrastructure projects. Mobile cranes stand out for their adaptability across a wide range of applications, offering several key advantages. Exceptional Flexibility and Access to Tight Spaces Beyond their cost savings, mobile cranes offer exceptional flexibility. In densely built urban environments, where space is often limited, crews need equipment that can maneuver between buildings and operate in confined areas. Mobile cranes are designed for precisely this challenge, providing lifting power without requiring large setups. At the same time, they are equally effective on larger sites, covering wide areas much more efficiently than stationary tower cranes. Whether you need a compact lifting solution or equipment capable of traversing a vast site, mobile cranes deliver on both fronts. Quick Setup Times Another major benefit of mobile cranes is their minimal setup requirements. Operators can get to work almost immediately, avoiding the delays associated with assembling traditional fixed cranes. This faster deployment accelerates project timelines and helps avoid bottlenecks—critical when construction phases are closely tied to crane availability. Instead of waiting days for setup, your team can lift and move materials without major interruptions. Greater Cost-Efficiency Projects that require frequent repositioning of lifting equipment can quickly become expensive when using static cranes. Mobile cranes help control costs by reducing the need for additional transport vehicles, minimizing setup labor, and cutting maintenance-related downtime. Their ability to move swiftly across sites keeps operations running smoothly and enhances the overall cost-effectiveness of construction activities. Stay Ahead with the Right Equipment Mobile cranes deliver the power, adaptability, and efficiency that modern projects demand. From lifting and transporting to assembly and material handling, they are critical to keeping operations safe, swift, and productive. Explore Jekko’s mobile crane solutions and discover how we can help you lift your project to the next level. Get in touch with our team to learn more about our custom crane services tailored to your project needs.