What Is A Car Crushing Machine Called?

A car crushing machine is most often called a car crusher. People in the automotive recycling industry also use names like crushers, stationary crushers, and shredders.

• Car crusher

• Stationary crusher

• Shredder

• Hammer crusher

• Hydraulic shredder

These machines use thick, hardened steel to flatten vehicles and help separate steel from other materials. A Car Dismantling Machine focuses on taking vehicles apart for recycling. Both machines play a key role in auto salvage and metal recovery.

Key Takeaways

• Car crushing machines, often called car crushers or auto crushers, compress vehicles into compact metal blocks for easier recycling and transport.

• Car dismantling machines carefully take apart vehicles to recover valuable parts and materials before crushing, increasing recycling value and safety.

• Mobile crushers offer flexibility by crushing cars on-site, saving time and reducing transportation costs compared to stationary crushers.

• Hydraulic crushers use powerful hydraulic systems for fast, precise crushing, making them the preferred choice in high-volume recycling centers.

• Safety features like emergency stops, guards, and sensors protect workers during crushing operations and help prevent accidents.

• Recycling vehicles saves energy, reduces landfill waste, and supports a circular economy by recovering metals and other materials.

• The car crushing and dismantling industry creates significant economic value and jobs while advancing with new technologies like automation and AI.

• Future trends focus on smarter, eco-friendly machines that handle electric vehicle materials safely and improve recycling efficiency.

Main Names

Car Crusher

A car crusher refers to a powerful machine designed to compress and flatten vehicles. People often see these machines in auto salvage yards and recycling centers. Car crushers use hydraulic force or mechanical pressure to reduce the size of cars, making them easier to transport and recycle. Operators place a vehicle inside the crusher, and the machine applies immense pressure until the car becomes a compact metal block.

Note: Car crushers do not have a single universal design. Some use a large metal plate that moves down onto the car, while others use a pair of metal jaws to squeeze the vehicle from both sides.

The term "car crusher" appears in many contexts, including games and industrial settings. For example, in the game Car Crushers 2, crushers are categorized by rows and unlocking conditions. The table below shows how these crushers are organized in the game:

Row	Description	Unlocking Condition	Number of Crushers	Examples of Crushers
1 (Ground floor)	First 10 crushers available at game start	Automatically unlocked	10	The Land Slide, The Pillar Crusher, The Speed Crash Test
1 (Top floor)	Next 8 crushers	Unlocked by reaching a number of Parts	8	The Moving Spinners, The Bass Blaster, The Death Slope
2, 3, 4	Additional crushers arranged in rows	Unlocked by Parts or Gamepasses	Varies (6 to 10)	Various crushers specific to each row

While this table comes from a game, it highlights how the term "crusher" can refer to different machines or mechanisms that destroy vehicles.

Auto Crusher

The term "auto crusher" serves as another common name for car crushing machines. People use "auto" as a shorthand for "automobile," so an auto crusher performs the same function as a car crusher. These machines help recycling facilities process large numbers of vehicles quickly. Auto crushers often feature robust steel frames and advanced hydraulic systems to handle heavy-duty crushing tasks.

Operators rely on auto crushers to prepare vehicles for further processing, such as shredding or melting. The compacted metal blocks produced by auto crushers take up less space and are easier to transport to steel mills or recycling plants.

• Key features of auto crushers:

• Heavy-duty construction

• Hydraulic or mechanical operation

• Ability to crush entire vehicles

Vehicle Crusher

A vehicle crusher describes any machine that can crush or flatten vehicles, including cars, trucks, and vans. This term covers a wide range of equipment used in the recycling and demolition industries. Vehicle crushers come in different sizes and designs, depending on the type of vehicle and the desired end result.

Some vehicle crushers are mobile and can travel to different locations, while others remain stationary in large recycling facilities. All vehicle crushers share the same goal: to reduce the size of vehicles for easier handling and recycling.

Vehicle crushers play a vital role in the recycling process. They help recover valuable metals and reduce waste sent to landfills.

How It Works

Crushing Process

Car crushing machines follow a series of steps to turn old vehicles into compact metal blocks. The process starts with careful preparation. Workers remove all personal belongings from the vehicle. They also drain fluids like gasoline, oil, and coolant to prevent hazards and make the process safer. Removing usable parts, glass, and rubber helps recycling centers recover valuable materials and reduces contamination.

Operators use equipment such as cranes, magnets, or forklifts to move the vehicle into the crusher chamber. The car sits in position, ready for the main event. Hydraulic plates or powerful mechanical arms then compress or fold the vehicle. Some machines crush cars from the top down, while others squeeze from the sides. The crushing force flattens the car, breaking it down into a dense, manageable block.

Different types of crushers use various mechanisms. Mobile crushers can travel to different locations, making them ideal for on-site jobs. Baling presses fold vehicles into tight bundles. Shredder-style crushers tear cars apart with spinning hammers or wheels. Each type uses engines, electric motors, or hydraulic cylinders to generate the necessary force.

The table below outlines the main steps and equipment used in the car crushing process:

Step in Car Crushing Process	Description	Equipment Used
Preparation	Remove fluids, usable parts, glass, rubber, and personal belongings	N/A
Positioning Vehicle	Place the vehicle into the crusher chamber	Crane, magnet, forklift
Crushing	Compress or fold the vehicle using hydraulic plates or hammers	Hydraulic systems with plates, hammers, wheels
Types of Crushers	Use mobile crushers, baling presses, or shredder-style crushers	Diesel engines, electric motors, hydraulic cylinders, conveyor belts
Post-Crushing	Transport the compacted metal block to recycling facilities	Conveyor belts

After crushing, conveyor belts or loaders move the compacted metal to recycling centers. There, the metal undergoes further processing, such as shredding or melting.

Tip: Using up as much gasoline as possible before crushing reduces fluid hazards and speeds up the process.

Safety Features

Car crushing machines include several safety features to protect workers and ensure smooth operation. Emergency stop buttons allow operators to halt the machine instantly if something goes wrong. Safety guards and barriers prevent accidental contact with moving parts. Many crushers use sensors to detect obstructions or improper positioning, stopping the process automatically if needed.

Hydraulic systems often include pressure relief valves. These valves prevent the machine from exceeding safe pressure levels. Some machines feature lockout/tagout systems, which ensure that only authorized personnel can operate or service the equipment.

Operators receive training on safe procedures and wear protective gear, such as helmets, gloves, and steel-toed boots. Regular maintenance checks help identify and fix potential hazards before they cause problems.

Safety remains a top priority in car crushing operations. Modern machines combine powerful performance with advanced safety technology to protect both people and property.

Types of Car Crushers

Mobile Crushers

Mobile crushers bring flexibility and convenience to the car recycling industry. These machines mount on trailers or trucks, allowing operators to move them directly to different locations. Salvage yards and recycling centers often use mobile crushers when they need to process vehicles at multiple sites or handle large volumes quickly.

Mobile crushers can flatten cars on-site, which saves time and reduces transportation costs. Operators do not need to haul uncrushed vehicles to a central facility. Instead, they can crush cars where they are collected. This method increases efficiency and helps companies manage resources better.

Tip: Mobile crushers are ideal for temporary jobs or remote locations where building a permanent crushing facility is not practical.

Most mobile crushers use hydraulic systems powered by diesel engines. These systems provide the force needed to compress vehicles into dense metal blocks. Some models can crush several cars in a row without stopping, making them valuable for high-volume operations.

Stationary Crushers

Stationary crushers remain fixed in one location, usually inside large recycling plants or auto salvage yards. These machines handle a steady flow of vehicles and often form the core of a facility’s crushing operation. Stationary crushers can process a wide range of vehicles, from small cars to large trucks.

Operators feed vehicles into the crusher using cranes or conveyors. The machine then flattens or bales the car, preparing it for further recycling. Stationary crushers often feature robust construction and advanced safety systems to protect workers and equipment.

• Common types of stationary crushers include:

• Standard crushers: Flatten vehicles vertically, reducing them to about 1-2 feet thick.

• Bale crushers: Compress cars from the sides, forming cube-like shapes.

• Hammer crushers: Use spinning hammers to break vehicles into smaller pieces, similar to shredders.

These crushers usually rely on hydraulic power for maximum force and efficiency. Stationary setups suit facilities that process large numbers of vehicles every day.

Hydraulic Crushers

Hydraulic crushers dominate the automotive recycling industry because of their speed, power, and efficiency. These machines use hydraulic cylinders powered by diesel engines or electric pumps. The hydraulic system applies immense pressure, crushing entire vehicles into compact bales or blocks.

Hydraulic crushers often include programmable logic controllers (PLCs) that automate the crushing process. Operators can set the machine to crush cars with precise force and timing. This automation increases throughput and ensures consistent results.

Hydraulic crushers outperform mechanical crushers in several ways. They deliver higher force, greater precision, and faster operation. Mechanical crushers use jaws or shearing mechanisms without hydraulic assistance, which limits their power and speed. Hydraulic systems allow operators to crush multiple cars consecutively, maximizing productivity.

Hydraulic car crushers have become the standard for high-volume recycling centers. Their advanced technology and automation make them the preferred choice for efficient and reliable car crushing.

Mechanical Crushers

Mechanical crushers represent one of the earliest types of car crushing machines. These crushers use mechanical force instead of hydraulic systems. Operators rely on gears, levers, and heavy metal jaws to crush vehicles. The design often features a large metal plate or a set of jaws that move together to flatten the car.

Mechanical crushers work by applying direct pressure. The operator activates the machine, and the moving parts squeeze the vehicle until it collapses. Some models use a crank or a motor-driven system to power the crushing action. These machines do not require hydraulic fluid or complex electronics.

Note: Mechanical crushers often appear in smaller salvage yards or older recycling facilities. They offer a simple and reliable way to crush cars.

How Mechanical Crushers Operate

Mechanical crushers use basic engineering principles. The main components include:

• Crushing Jaws or Plates: These parts move together to compress the vehicle.

• Levers and Gears: These transfer force from the motor or crank to the jaws.

• Frame: The sturdy frame holds the machine steady during operation.

The operator places the car between the jaws. By turning a crank or starting a motor, the jaws close and crush the car. The process takes longer than with hydraulic crushers, but it still reduces the vehicle to a manageable size.

Advantages of Mechanical Crushers

Mechanical crushers offer several benefits:

• Simplicity: Fewer parts mean less maintenance.

• Lower Cost: These machines cost less to purchase and repair.

• No Hydraulic Fluid: Operators do not need to worry about leaks or fluid replacement.

Limitations of Mechanical Crushers

Mechanical crushers also have some drawbacks:

• Less Crushing Power: They cannot match the force of hydraulic systems.

• Slower Operation: Crushing takes more time.

• Manual Effort: Some models require more hands-on work.

Feature	Mechanical Crushers	Hydraulic Crushers
Crushing Force	Moderate	High
Speed	Slower	Faster
Maintenance	Simple	More complex
Cost	Lower	Higher
Automation	Limited	Advanced

Where Mechanical Crushers Are Used

Mechanical crushers still serve a purpose in certain settings. Small auto salvage yards use them for occasional car crushing. Some rural or remote locations prefer mechanical crushers because they do not need advanced technology. These machines also provide a backup option if hydraulic systems fail.

Mechanical crushers helped shape the early days of auto recycling. Today, they remain a practical choice for specific needs and smaller operations.

Mechanical crushers may not dominate the industry anymore, but they continue to play a role in vehicle recycling. Their simple design and reliable performance make them valuable tools in the right environment.

Car Dismantling Machine

What Is a Car Dismantling Machine

A Car Dismantling Machine is a specialized piece of equipment designed to take apart end-of-life vehicles in a safe, efficient, and systematic way. Unlike a car crusher, which compresses vehicles into compact blocks, a Car Dismantling Machine focuses on separating valuable materials and components for recycling. The main goal is to recover metals, plastics, and other parts while minimizing waste and contamination.

Manufacturers such as Jiangyin Runye, Kobelco, Powerhand, and Gensco have developed advanced Car Dismantling Machines that improve the recycling process. For example, Kobelco’s Auto Dismantler allows operators to process vehicles in as little as 6 to 15 minutes, increasing the recovery of valuable materials and boosting profitability. Powerhand’s VRS180 Vehicle Dismantler combines dexterity and power, enabling precise removal of engines and transmissions. These machines help recycling yards maximize the value extracted from each vehicle.

Aspect	Car Dismantling Machine (Waste Car Recycling Line)	Car Crusher
Primary Function	Dismantling, breaking down, separating, and recycling various metal and plastic parts of scrap cars.	Compressing entire vehicles into compact blocks by applying hydraulic press force.
Process Stages	Multi-stage: cutting, compression, crushing, shredding, screening, magnetic separation.	Single-stage: hydraulic press compression cycle.
Design Focus	Comprehensive system with automated control, aimed at material recovery and separation.	Hydraulic press designed for speed and force to maximize crushing cycles and efficiency.
Operation	Uses rotor with centrifugal force and counterattack plates to break materials; includes lubrication and electronic control systems.	Press control involves multiple steps including high-speed lowering, compression, holding, and lifting.
Features	Compact design, easy blade replacement, bearing protection, real-time monitoring, customizable solutions, CE safety compliance.	Hydraulic system optimized via simulation; includes hydraulic regeneration to improve cycle speed and force.
Output	Reduced volume of separated metal and plastic particles for recycling.	Compacted vehicle blocks for easier transport and disposal.

A Car Dismantling Machine treats each vehicle as a collection of valuable materials, not just scrap metal.

Dismantling Process

The dismantling process involves several organized steps to ensure maximum recovery of materials and safe handling. Operators follow a sequence that allows for efficient separation and sorting of parts.

1. Receiving and paperwork: Staff check the car and title, then complete transfer and sale documents.

2. Removal of wheels, tires, battery, battery cable, and radiator.

3. Using a crane, workers move the car (without wheels) to the incineration area. They drain the gas tank and incinerate upholstery if needed.

4. Operators cut the motor and transmission from the car body, moving these components to their designated areas.

5. Workers disassemble the motor and transmission to separate ferrous and nonferrous metals.

6. Smaller components like the generator and starter are crushed, burned, or disassembled to separate metals.

7. Exterior trim and parts are removed and disassembled.

8. Interior trim and components are also removed and disassembled.

9. Separated metals are collected and moved to the baler and shipping area.

10. The stripped car body is moved to the baler, baled, and prepared for shipment.

Typical equipment used in this process includes cranes, balers, smokeless incinerators, alligator shears, dismantling conveyors, boom trucks, presses, lathes, hand tools, impact wrenches, cutting torches, and mechanical metal cutting saws. Safety equipment remains essential throughout every step.

Operators rely on a combination of heavy machinery and skilled manual labor to achieve the best results in car dismantling.

Attachments and Tools

Modern Car Dismantling Machines use a wide range of attachments and tools to improve efficiency, speed, and precision. Leading brands like Jiangyin Runye, Powerhand, and Gensco offer specialized hydraulic shears, grabs, and grapples that mount on excavators or dedicated carriers.

Attachment Type	Description
Hydraulic Car Scrap Shear	High-strength, wear-resistant steel shears for dismantling scrap cars and steel structures. Features rotary motors and high torque rotation for effective cutting.
Hydraulic Scrap Shear	Used for cutting steel bars, tanks, pipes, and other scrap metal.
Mechanical Grapple	Clamp arms and knife blades pin down vehicles and extract valuable parts like engines and transmissions.
Demolition Grapple	Heavy-duty grapple for dismantling steel structures and vehicles.
Orange Peel Grapple	Interlocking replaceable teeth grip and hold materials securely, ideal for scrap metal handling and car dismantling.

Manufacturers like Jiangyin Runye produce a variety of attachments, including double cylinder hydraulic shears, mobile shears, car dismantling shears, grab forks, and orange peel grapples. These attachments are built from high-strength steel for durability and continuous operation. Hydraulic cylinders and rotary motors provide the power and precision needed for fast-paced dismantling.

Powerhand’s VRS 200, for example, combines a clamp and a grapple into an integrated system made from high-strength alloy steel. The clamp legs adjust vertically and horizontally to stabilize vehicles securely, allowing precise handling. The Dexterity Grapple functions like surgical pliers, enabling operators to remove wiring looms, starters, alternators, and radiators with high precision. An integrated side shear slices through axle brackets or rusted parts, while optional wire stripping tools clean cables for quick extraction of valuable materials.

Modern Car Dismantling Machines enable recyclers to treat vehicles as collections of valuable material streams, improving material purity and increasing resale value.

• Key advantages of modern car dismantling machines:

• Continuous operation under demanding conditions

• Adjustable clamp legs for secure vehicle stabilization

• High-precision removal of valuable components

• Integrated shears and wire stripping tools for efficient material extraction

• Enhanced flexibility and speed in recycling yards

Operators who use these advanced machines and attachments can process vehicles faster and recover more valuable materials than with older, manual methods. Skilled operators familiar with vehicle construction can maximize the efficiency and precision of each dismantling job.

Crusher vs. Dismantler

Key Differences

Car crushers and car dismantling machines serve different roles in the vehicle recycling process. Understanding their differences helps recycling centers choose the right equipment for each stage.

• Car Crushers:

• Operators use car crushers to crush whole scrap cars after removing tires and shafts. They do not dismantle inner parts before crushing.

• These machines often feature hydraulic pushers, shock-absorbing devices, dust collection systems, and protective devices. These features help extend the machine's life and improve safety.

• The end result is a crushed car shell or large metal pieces. These pieces are easier to transport and process further.

• Car Dismantling Machines:

• Operators use a Car Dismantling Machine to separate and recover valuable car components. They remove engines, wires, radiators, and motors using specialized tools.

• These machines include shredders, balers, and crushers for specific parts. They also have separation systems to recover metals and other materials.

• The end result is sorted and processed materials such as metal, aluminum, copper, plastic, and rubber. These materials are ready for recycling or resale.

Many people think that engines stay inside cars during crushing. In reality, workers usually remove engines first. Crushing cars with engines can cause small explosions and safety risks.

The main difference lies in the process and the final product. Car crushers focus on compressing the entire vehicle, while dismantling machines focus on separating and sorting valuable materials.

When to Use Each

Operators choose between a car crusher and a dismantling machine based on the condition and purpose of the vehicle.

A car crusher works best when the vehicle has already been stripped of useful parts. After removing valuable items like the engine, transmission, and electronics, the remaining metal shell goes into the crusher. Crushing reduces the vehicle's size, making it easier to transport to recycling centers.

A Car Dismantling Machine is the right choice when the goal is to recover as many reusable materials as possible. Operators use this machine to carefully remove and sort parts before crushing. This process increases the value of the recovered materials and reduces waste.

Situation	Best Machine to Use	Reason
Vehicle stripped of all parts	Car Crusher	Prepares metal shell for transport
Need to recover valuable parts	Car Dismantling Machine	Separates and sorts materials for recycling

Operators in recycling yards often use both machines. They dismantle vehicles first, then crush the remaining shells for efficient recycling.

Some common misconceptions exist about these machines. For example, many believe that newer cars are easy to crush. In fact, newer cars contain more plastic, which can create safety risks like flying shrapnel during crushing. This makes proper dismantling even more important before using a crusher.

Importance

Recycling Role

Car crushing machines and dismantling equipment play a central role in automotive recycling. These machines help recover valuable metals like steel and aluminum from end-of-life vehicles. By crushing and compacting cars, recyclers can transport and store scrap more efficiently. After crushing, facilities shred the vehicles and use advanced sorting systems to separate different metals and materials.

This process supports a closed-loop system. Recycled metals return to manufacturing, where they become new car parts or other products. Using recycled steel and aluminum reduces the need for mining new materials. Mining uses a lot of energy and can harm the environment. Recycling metals saves energy and lowers carbon emissions. Car crushing machines make this possible by preparing vehicles for efficient material recovery and reuse.

Car crushers and balers help reduce waste sent to landfills and protect air and water quality by supporting the recycling of automotive materials.

Environmental Impact

Automotive recycling offers many environmental benefits. Car crushers and dismantling machines help conserve natural resources by recovering metals, plastics, rubber, and electronics from old vehicles. This reduces the need to extract new raw materials from the earth.

• Recycling steel saves up to 75% of the energy needed to produce new steel.

• These machines divert bulky automotive waste from landfills, reducing environmental risks.

• Advanced dismantling and shredding technologies improve the purity of recycled materials, supporting a circular economy.

• By minimizing waste and maximizing resource recovery, automotive recycling systems help protect the environment.

Research groups continue to develop better dismantling and recovery technologies. Their work aims to reduce the final waste left after scrapping vehicles. These advancements make recycling more efficient and further lower the environmental impact of the industry.

Economic Value

The car crushing and dismantling industry generates significant economic value worldwide. As of 2024, this sector produces about $45.8 billion each year. Experts expect this number to grow, reaching nearly $78.6 billion by 2033. Several factors drive this growth, including higher vehicle scrappage rates, stricter environmental rules, and rising demand for recycled materials.

The dismantling process itself holds a large share of the market. Workers recover valuable components and safely remove hazardous materials. The vehicle scrapping market, closely linked to car crushing and dismantling, is projected to reach $154.94 billion by 2032. Supportive government policies and expanding recycling infrastructure help fuel this growth.

The economic impact of car crushing and dismantling extends beyond recycling centers. It creates jobs, supports manufacturing, and helps build a more sustainable economy.

Future Trends

New Technologies

Car crushing and dismantling machines have seen rapid technological progress in recent years. Manufacturers now focus on smarter, more efficient, and environmentally friendly designs. Several new technologies stand out:

• Automation and AI Integration: Many machines now use sensors, Internet of Things (IoT) devices, and artificial intelligence. These features allow real-time monitoring and predictive maintenance. Operators can spot problems early and reduce downtime.

• Energy-Efficient Crushing: New machines use high-pressure grinding rolls and variable frequency drives. These systems lower power consumption and help companies save on energy costs.

• Advanced Materials: Stronger and lighter materials improve machine durability. These materials also reduce energy loss during operation.

• Mobile and Modular Designs: Mobile car crushers have become popular. They offer flexibility and can work on-site, which cuts transportation costs and lowers carbon emissions.

• Hybrid Power Systems: Some new mobile crushers use both diesel and electric power. This hybrid approach reduces fuel use and emissions.

Mobile car crushers now dominate the market. Their flexibility and ability to operate on-site help companies meet strict environmental rules and reduce their carbon footprint.

The rise of electric vehicles (EVs) also shapes new technology. Machines must now handle batteries and new materials safely. Companies adapt their designs to meet these challenges and support eco-friendly recycling.

Industry Innovations

The industry continues to innovate, aiming for higher efficiency and sustainability. Automated precision dismantling systems now use advanced robotics and AI. For example, some companies develop robots that can dismantle vehicles with human-like dexterity. These robots learn from manual dismantling and improve over time. They help extract high-purity recycled materials and increase recycling rates.

DENSO’s Circular Economy Development Division leads in this area. Their systems use robotics adapted from medical technology. Multi-axis robots can handle thousands of different car parts. This approach allows for precise dismantling and better material separation.

The market for car crushing and dismantling equipment is growing quickly. A table below shows key trends:

Aspect	Summary
Market Growth Rate	CAGR of 12.1% forecasted for 2024-2031
Key Drivers	Economic and environmental benefits, EV growth, circular economy adoption
Tech Advancements	Automation, robotics, AI integration
Regional Growth	Asia-Pacific leads with high demand; North America has strong recycling infrastructure
Sustainability Focus	Emphasis on recycling metals, eco-friendly disassembly
Industry Developments	New battery recycling projects, circular economy initiatives

Government policies now push for low-emission technologies and circular economy practices. Companies, startups, and research groups work together to create smarter, greener machines. These efforts help the industry recycle more materials and reduce waste.

The future of car crushing and dismantling will rely on digital transformation, robotics, and strong global demand for sustainable recycling solutions.

Car crushers and the Car Dismantling Machine each play a unique role in automotive recycling. Using the right terminology helps the industry communicate its value and modern practices. These machines support environmental protection by reducing waste and recovering materials. When choosing equipment, readers should consider safety, efficiency, quality control, and environmental impact. Staying informed about new technologies ensures better results and a stronger reputation in the recycling field.

FAQ

What is the main purpose of a car crusher?

A car crusher reduces the size of vehicles. This process makes it easier to transport and recycle old cars. Salvage yards use car crushers to prepare vehicles for further processing.

How does a car dismantling machine differ from a car crusher?

A car dismantling machine removes valuable parts and materials from vehicles. It separates metals, plastics, and other components. A car crusher compresses the remaining shell for recycling.

Are car crushers safe to operate?

Modern car crushers include safety features like emergency stops, guards, and sensors. Operators receive training and use protective gear. These measures help prevent accidents and injuries.

What types of attachments do car dismantling machines use?

Car dismantling machines use hydraulic shears, grapples, and grabs. These attachments help remove engines, wiring, and other valuable parts quickly and safely.

Can mobile car crushers work at different locations?

Yes, mobile car crushers mount on trailers or trucks. They travel to various sites, allowing operators to crush vehicles on location. This saves time and reduces transportation costs.

Why is recycling old vehicles important?

Recycling old vehicles recovers valuable metals and materials. This process saves energy, reduces landfill waste, and protects the environment. It also supports the circular economy.

Which brands manufacture car dismantling machine attachments?

Brands like Jiangyin Runye, Kobelco, Powerhand, and Gensco produce high-quality attachments. Their products include hydraulic shears, grab forks, and orange peel grapples for efficient dismantling.