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Material Handling
Introducing the KUKA KR6 R700 sixx robot, a top-of-the-line 6-axis robot arm that offers exceptional performance and versatility. This advanced industrial robot is perfect for low payload material handling applications, thanks to its 6 kg payload and 706.7 mm reach. It provides precise and accurate movements with a repeatability of 0.03 mm, making it a reliable choice for any task.
The KUKA KR 6 R700 sixx robot is highly adaptable, making it suitable for a wide range of applications, such as arc welding, dispensing, remote tcp, and spot welding. As such, it can be utilized in various industries, including automotive, aerospace, and electronics.
Equipped with the KUKA KR C4 controller, this used KUKA robot can use both the compact and small size versions of the KRC4 controller. Additionally, it has an IP54 protection rating, which ensures that it can withstand harsh environments.
The KR 6 R700 sixx robot is designed to optimize dynamic performance with a rated payload of 3 kg. However, it can handle a maximum payload of up to 6 kg, thanks to reduced load center distances and favorable supplementary loads. To verify the specific KUKA Load case, please contact KUKA Service for further consultation.
With a robot mass of 50 kg, the KUKA KR 6 R700 sixx robot is a compact and lightweight machine that can be easily integrated into any production line. It’s an excellent choice for manufacturers who require flexibility and efficiency in their operations.
In summary, the KUKA KR 6 R700 sixx robot is a top-performing robot that offers exceptional speed, accuracy, and flexibility. Its advanced features make it a reliable choice for any low payload material handling application. Contact KUKA Service for further consultation and take advantage of this exceptional robot today.
Cutting
The KUKA KR8 R1620 robot is an impressive 6-axis robot arm that offers a 8 kg payload and 1620 mm of reach, making it a valuable addition to a wide range of industrial applications. With a repeatability of 0.04 mm, the KUKA KR 8 R1620 robot provides accurate and consistent results.
One of the strengths of the KUKA KR8 R1620 robot is its versatility. It is commonly used in various applications such as 3d printing, arc welding, dispensing, remote tcp, and spot welding. This flexibility makes it an ideal choice for manufacturing processes that require precision and speed.
The KUKA KR8 R1620 robot’s 6-axis design allows for a wide range of motion, while its 8 kg payload capacity makes it suitable for handling a variety of materials. Its 1620 mm reach also enables it to work on larger products or assemblies.
Additionally, the KUKA KR 8 R1620 robot is designed to provide high accuracy and repeatability, with a repeatability of 0.04 mm. This makes it a reliable and efficient tool for manufacturing processes that require consistent and precise results.
With a weight of 165 kg, the KUKA KR8 R1620 robot is sturdy and robust, yet easy to integrate into existing manufacturing systems. Its flexibility, accuracy, and repeatability make it a valuable asset to any manufacturing process, improving efficiency and productivity.
Investing in the KUKA KR 8 R1620 robot is a wise choice for manufacturers looking to improve their processes and take their production to the next level.
Assembly
The KUKA LBR IIWA 7 R800 is a cutting-edge collaborative robot that aims to improve precision, flexibility, and safety in manufacturing processes. This innovative robot consists of lightweight aluminum and features 7 axes of freedom, offering unparalleled flexibility and accuracy.
The robot comes equipped with advanced sensors that contribute to its high level of safety and ability to work safely alongside human operators. Unlike other robots, which have sensors only on the end effector, the robot has sensors throughout its body, enabling it to detect movements from all angles.
One of the unique features of the KUKA LBR IIWA 7 R800 is its ease of programming. Users can program this robot effortlessly by simply moving it with their hand, thanks to its intuitive interface and rounded shape that ensure comfortable contact without any sharp edges or pinch points.
Despite its lightweight design, the robot has the ability to handle up to 7 kg of payload, making it an ideal choice for a wide range of manufacturing applications. Moreover, it has a horizontal reach of 800mm and a repeatability of ±0.1mm, ensuring consistent and precise results every time.
The KUKA LBR IIWA 7 R800 is an articulated robot that can be mounted on the floor, inverted, or angled, providing maximum flexibility for different manufacturing environments. With its advanced sensors, intuitive programming interface, and lightweight design, this robot is a game-changer in collaborative manufacturing, providing increased efficiency, productivity, and safety for manufacturers. Therefore, investing in the this robot can take your manufacturing processes to the next level.
Assembly
The LBR can detect contact immediately and reduces its level of force and speed instantly. Its position and compliance control enables it to handle delicate components without creating crushing and shearing hazards.
Cutting
The Kuka Robot KR 200 has become a reliable tool for industries that require a robot with a good reach and load capacity. Its durability is well-known among its users, proving to be a long-lasting investment. Plus, its versatility makes it suitable for various operations, such as assembly and loading tasks. With the ability to work in any environment and handling different materials, the KR 200 has become a trusted robot in many factories. Companies that have implemented this robot have seen many benefits in terms of productivity, efficiency, and cost-effectiveness. Overall, the Kuka Robot KR 200 is a worth it investment for businesses that require a useful and flexible robotic arm.
Full System
Material handling robotic solution in industrial settings has often been a time-consuming and arduous task. Fortunately, the Kuka industrial robot is changing the game for good. With its precision, speed, and adaptability, this automated solution is revolutionizing material handling in numerous industries. It can maneuver bulky parts, organize crates, and load and unload items with ease. This robot not only increases productivity by shortening cycle times but also enhances workplace safety by performing hazardous tasks that human personnel would otherwise have to execute. The Kuka robot sets a new standard for efficient and streamlined material handling.
Full System
MIG welding robot solution 1420 key features:
● Robot arm: 6 axis robot armload 10kg and arm reach 1420mm
● Welding source for carbon steel welding
● Automatic welding wire feeder
● Welding torch gun
● Welding cable
● Water cooling
● Rated current: 350A
● Rated input voltage: three-phase 380±10%
● Gas flow (l/min): 15 – 20
This MIG welding robot solution 1420 offers a versatile and efficient method for welding carbon steel. It comes equipped with a 6-axis robot arm with a 10kg load capacity and an arm reach of 1420mm, as well as a welding source, automatic welding wire feeder, torch gun, welding cable, and water cooling. It has a rated current of 350A and uses three-phase input voltage. With this setup, users can enjoy reliable automated welding that can handle complex shapes accurately yet safely in order to provide the highest quality
Assembly
The RH 6FH3520 is a small-size industrial robots developed using Mitsubishi’s latest technology. It is especially designed to handle and assemble mechanical parts.
Machine Tending
Motoman GP12 technical characteristics:
● Controlled axes: 6
● Repeatability: ± 0.06
● Mechanical weight (kg): 150
● Speed range:
S – 215 °/s
L – 190 °/s
R – 215 °/s
U – 410 °/s
B – 410 °/s
T – 610 °/s
Motoman GP12 key benefits:
• Fast and powerful
• Compact and flexible
• Large working range: 1440 mm
• Reduced interference contours due to optimized design
• Simple commissioning and maintenance
Machine Tending
The MOTOMAN MH180 is a 6-axis robot with superior performance for various industrial tasks, such as material handling, machine tending, and press tending. It has a high payload capacity of 180 kg and a wide motion range of 2702 mm, yet it has a narrow width of 625 mm, which saves valuable floor space. Its new vibration control system allows higher axis operation speed, reducing cycle times and increasing productivity.
This robot’s high payload capacity reduces manual labor and improves workplace safety. It has a wide motion range, making it a versatile solution for a range of industrial applications. The MOTOMAN MH180 can easily fit into tight spaces without compromising its performance.
The robot comes with optional add-ons, such as an external media package for field bus cables and advanced safety functions, including position monitoring of the robot and accessories for motion limitation. The MOTOMAN MH180 is fast, flexible, and powerful and provides excellent performance and a wide range of applications.
Manufacturers can improve their production processes while saving valuable floor space thanks to its compact design. The MOTOMAN MH180 is an ideal solution for manufacturers looking to optimize their production processes without sacrificing valuable floor space.
Assembly
The MOTOMAN MH24 high-speed robot from YASKAWA is an exceptional piece of machinery that offers superior performance in various applications, such as machine tending and handling. With six axes of motion, it can precisely and efficiently perform a wide range of tasks. The robot arm has a high payload capacity of 24 kg, making it ideal for industrial applications that require the handling of heavy objects.
One of the most notable features of the MOTOMAN MH24 is its hollow upper arm, which has a diameter of 50 mm. This unique design allows for the internal routing of supply lines, minimizing interference contours and increasing the service life of the hose package. The outer contour of the upper arm has only been slightly modified, preserving the sleek design of the robot.
Despite its high payload capacity, the MOTOMAN MH24 has a small footprint, making it an excellent solution for space-constrained environments. Its streamlined design allows it to fit easily into tight spaces while maintaining a high level of performance.
Maintenance of the MOTOMAN MH24 is straightforward thanks to its preventive maintenance function for gearmotors and hardware. This feature enables the robot to perform regular self-checks, detecting and alerting operators to any issues before they become significant problems.
The MOTOMAN MH24 also comes with advanced safety functions, including position monitoring of the robot and accessories for motion limitation. These features help prevent accidents and ensure safe operation of the robot in any industrial environment.
In addition to its standard features, the MOTOMAN MH24 also offers optional add-ons, such as an external media package for field bus cables. This add-on provides an easy and convenient way to connect the robot to a wide range of fieldbus networks.
Overall, the MOTOMAN MH24 high-speed robot is a versatile and powerful piece of machinery that offers excellent performance, advanced safety functions, and easy maintenance. Its unique hollow upper arm design, high payload capacity, and compact footprint make it an ideal solution for a wide range of industrial applications.
Assembly
The Motoman MH5 robot arm is an exceptional and affordable solution for those seeking robot integration in small spaces. The compact MH5 robot arm offers an impressive 5 kg payload and a large work envelope. This powerful robot automatically adjusts for optimal performance based on payload requirements, even those less than 1 kg. The MH5’s small footprint also reduces installation requirements, making it a perfect fit for tight spaces.
For those seeking even greater cost savings, used Motoman MH5 robots are available for sale. These refurbished robots have undergone an intense refurbishment process, bringing them back to mint condition while providing significant cost savings. Additionally, these used robots come with a value package, ensuring their quality and reliability.
The Motoman MH5 is packed with advanced features, including built-in collision avoidance and multiple robot control, making it an ideal solution for many applications. The MH5’s internally routed cables and hoses maximize system reliability and reduce interference. The MH5 is available with either the Motoman DX100, DXM100, or NXM100.
The MH5’s 6 axes provide optimal flexibility, while the H-Reach of 706mm and repeatability of ±0.02mm make it highly precise. The robot arm’s structure is articulated, and it can be mounted on the floor, inverted, or at an angle. The MH5’s robot mass of 27kg is both compact and sturdy, making it an excellent choice for a wide range of applications.
Whether you’re looking for a new or refurbished robot arm, the Motoman MH5 offers an unbeatable combination of affordability, precision, and advanced features. Its compact size and powerful performance make it ideal for small spaces and applications where precision and accuracy are paramount.
Cutting
The Motoman MH50 robot is capable of handling precision tasks weighing up to 50kg. Furthermore, it features a long 2061mm reach, which makes it ideal for handling and cutting applications. With six axes and a payload of 50kg, the robot is perfect for heavy-duty tasks.
One of the most impressive features of the Motoman MH50 is its adaptable design. As a result, it can perform a variety of applications, including material handling, welding, coating, painting, dispensing, material removal, and cutting. In addition, its enhanced wrist moment and inertia provide smooth and efficient operation.
The robot’s optimized specifications make it an excellent choice for handling and cutting applications. Additionally, it guarantees accuracy and consistency with its repeatability of ±0.07mm. Furthermore, the robot is articulated and can be mounted on the floor, inverted, or angle, and its wide work envelope allows for easy integration.
Moreover, the Motoman MH50 features the DX100 controller, making it user-friendly and allowing for easy programming and operation. The controller also includes advanced safety features, ensuring a secure work environment. As a result, the Yaskawa Motoman MH50 is an excellent choice for medium payload applications that require high speed and extended reach.
Manufacturers will find this robot an outstanding choice for handling heavy-duty tasks with ease. Its versatility, optimized specifications, and user-friendly features make it ideal for various manufacturing applications. In addition, the robot’s small interference zones enable it to be placed close to workpieces and equipment, reducing the required floor space.
In conclusion, the Motoman MH50 is a high-performance robot that can handle heavy-duty tasks with precision up to 50kg. Its extended reach and adaptable design make it suitable for various applications, such as material handling, welding, coating, painting, dispensing, material removal, and cutting.
Assembly
The Motoman MH6 is a six-axis robot arm known for its high speed and compact design. It can handle various applications with ease due to its 6kg payload and exceptional repeatability. The MH6 comes in two versions and operates through the Motoman DX100 controller. This controller has performance-enhancing features, such as a wide work envelope and built-in collision avoidance, improving the robot’s efficiency.
On our website, you can find new and refurbished Motoman MH6 robots, including the Value Package. The MH6’s small interference radius allows it to be placed close to workpieces, resulting in increased productivity. The DX100 controller can control up to eight robots or 72 axes, and the color screen Windows CE pendant allows for fast and easy programming. The MH6 can also be paired with the DXM100 controller for even more flexibility. Its compact design and fast processing speeds make the Motoman MH6 an excellent choice for applications that require precision and speed.
In terms of specifications, the Motoman MH6 has a 1422mm H-reach, ±0.08mm repeatability, and weighs 130kg. It has an articulated structure and can be mounted on the floor, inverted, or at an angle. The Yaskawa Motoman MH6 is a material handling robot that can also be used for material removal and cutting applications. It has the capability to perform arc welding and laser welding, making it a versatile robot. Additionally, it can be integrated into a welding cell, such as an Arcworld 1000.
Overall, the Motoman MH6 is a reliable and efficient robot arm suitable for various applications. Its small interference radius, wide work envelope, and built-in collision avoidance feature make it an excellent choice for manufacturing processes that require high precision and productivity.
Material Handling
The Motoman UP20 robot represents a high-speed and compact solution for flexible automation, offering exceptional performance. It has a reach of 1,658 mm, making it ideal for tasks such as welding and handling, and it is a versatile choice for modern manufacturing environments.
The slim design of the UP20 allows for close placement to workpiece holding fixtures, enhancing part accessibility and efficiency. Users can mount it on the floor, ceiling, or wall, providing flexibility in installation options to suit various production layouts.
Introduced in 2001, the UP20 has a proven track record of reliability, boasting a Mean Time Between Failure (MTBF) of over 52,000 hours, ensuring minimal downtime and high productivity. Additionally, users can easily link two UP20 robots together for synchronized operation, resulting in increased production output.
At the core of the UP20 is the MOTOMAN XRC controller, known for its flexibility, high performance, and open communication. The XRC controller can efficiently coordinate up to 27 axes from a single CPU, enabling smooth operation of multiple robots in a production line. The Multi-Functional XRC can multitask, allowing for simultaneous performance of up to six tasks, further enhancing productivity.
The XRC controller also features advanced software functions, including Advanced Robot Motion (ARM) Control, which ensures high-performance path accuracy and collision detection, enhancing safety and precision. The programming pendant is designed to be user-friendly, lightweight, and ergonomic, simplifying the programming process and enabling operators to easily set up and operate the UP20 robot.
With six axes, a payload capacity of 20 kg, and a repeatability of ±0.06 mm, the UP20 robot delivers superior performance in handling, machine tending, packaging, cutting, and dispensing applications. Its articulated structure and robust build with a robot mass of 280 kg make it durable and capable of withstanding demanding industrial environments.
In conclusion, the Motoman UP20 robot, paired with the MOTOMAN XRC controller, provides a cutting-edge solution for high-speed, flexible automation. Its compact design, superior performance, and advanced features make it a reliable choice for modern manufacturing environments that demand high productivity, precision, and versatility.
Material Handling
Introducing the Motoman UP50: a cutting-edge high-speed robot optimized for industrial applications. With its streamlined body and compact footprint, the UP50 is ideal for space-limited factories and production lines.
Equipped with six axes and a powerful 50 kg payload capacity, the UP50 excels at heavy-duty tasks like machine tending and material removal. Its advanced Sigma motors ensure efficient and precise operations with smooth and swift motion.
A key feature of the UP50 is its flexible placement options, allowing operators to position it close to machines for seamless part loading and unloading, optimizing workflow efficiency. With a wide working envelope and high reliability, it’s a dependable choice for factory automation in demanding environments.
The UP50 also boasts user-friendly programming capabilities with the easy-to-use INFORM II programming, making it accessible to operators of varying expertise. The advanced XRC controller enables seamless integration with other factory automation systems for smooth and efficient coordination.
With a H-Reach of 2046 mm and repeatability of ±0.07 mm, the UP50 delivers precise and accurate results in every operation. Its articulated structure allows for versatile movement, and it offers multiple mounting options for flexible installation in different workspaces.
In addition to its exceptional performance, the Motoman UP50 is built to last with a robust robot mass of 550 kg, designed to withstand the rigors of industrial environments for long-term durability.
Overall, Motoman UP50 is a high-speed robot that offers superior performance, flexibility, and reliability in a compact design. Whether it’s machine tending, handling, or material removal, the UP50 is the perfect choice for optimizing automation processes in factories and production lines. Experience the power of the Motoman UP50 and elevate your industrial automation to new heights.
Arc Welding
The Yaskawa Motoman UP6: A Versatile and Reliable Robot for Industrial Material Handling and Welding
The Yaskawa Motoman UP6 is a sturdy and reliable six-axis, articulated robot specifically designed for industrial use. With a payload capacity of up to 6 kg, a maximum reach of 1373mm, and a repeatability of ±0.08mm, this robot is equipped to handle a wide variety of tasks with ease.
Versatile Material Handling Capabilities
The UP6 is particularly well-suited to material handling applications that require precision and speed. Its compact design and six-axis structure enable it to reach any desired position, making it flexible enough to handle a broad range of materials. Additionally, the UP6 excels at tasks requiring a high degree of repeatability, such as pick and place applications where consistent and accurate positioning is critical.
Integration with Peripheral Devices
One of the standout features of the UP6 is its ability to integrate with peripheral devices such as sensors, cameras, and other automated systems. This makes it an excellent choice for use in production lines or other environments where automated materials handling is required.
Powerful Welding Capabilities
The UP6 is also an excellent tool for welding applications. Its MIG and TIG welding capabilities provide reliable and consistent results, whether for simple welding tasks or more complex plasma welding projects. The robot’s advanced XRC or XRC 2001 controllers provide precise control over the welding process, ensuring that the finished product meets the required standards.
Flexibility and Ease of Movement
The UP6’s floor-mounted design also makes it highly flexible, allowing it to be easily moved from one location to another as needed. This feature makes it an excellent choice for use in small spaces where a larger robot may not be suitable.
Conclusion
In conclusion, the Yaskawa Motoman UP6 is a versatile and powerful robot that can handle a broad range of material handling and welding applications. Its compact design, six-axis structure, and advanced controllers make it ideal for use in automated production lines. Furthermore, its MIG and TIG welding capabilities make it a valuable tool in welding applications. If you are looking to improve the speed, accuracy, or quality of your industrial processes, the UP6 is a robot that you should seriously consider.
Cutting
The MOTOMAN YR-UP165-A30 robot is a reliable and practical option for welding operations. This robot is designed to withstand rigorous use and provides consistent results. Its long-lasting construction makes it a trusted choice in a variety of industries. Plus, its flexibility allows for customization to fit the specific needs of welding projects. No matter the task at hand, the MOTOMAN YR-UP165-A30 offers dependable performance that can improve overall efficiency and productivity.
Assembly
Downsizing the equipment
– Installation of the inverted mount provides space saving for equipment layout.
High speed operation with the shortest path
– Thanks to its slim arm, high speed operation is possible.
– Inverted mounting allows the robot to travel the shortest path.
Smart cable routing
– A large, 36 mm-diameter hole in the tip of the wrist.
– With all wires and tubes built into the machine body, the risk of interference is reduced and reliability is improved.
The Nachi MZ12 robot is a high-performance machine. It integrates advanced features for exceptional performance. The robot combines high-speed motion, ample allowable wrist torque, and impressive payload capacity. It also has a linkless arm design, which sets a new benchmark for functional performance.
The MZ12 robot delivers superior performance with excellent positional accuracy. It ensures high productivity in various industrial applications, such as machine tending, material handling, palletizing, and dispensing. Additionally, the robot’s footprint is 17% smaller than traditional robots, making it ideal for space-limited environments.
The MZ12 robot’s point-to-point repeatability of ±0.04mm and a 1454mm horizontal reach allow it to handle a wide range of tasks with ease. Its slim base provides floor, inverted mount, or tilted options, extending application possibilities while minimizing the required floor space. The compact arm design also maintains IP67 compliance, making it dust-tight and waterproof.
Internal air supply lines and signal cabling support numerous applications. Optional internal pneumatic valves eliminate the need for shoulder-mounted valve packages. The MZ12 robot weighs only 12 kg, yet has a payload capacity of 12 kg, making it ideal for handling various materials.
The robot’s flexible mounting options, including floor, tilted, and invert/ceiling mount, provide maximum flexibility and mobility. This enables manufacturers to easily integrate it into a wide range of production lines.
Overall, the Nachi MZ12 robot is a reliable and efficient automation solution. Its advanced features, compact size, and versatile mounting options make it an excellent choice for various industrial applications. If you’re a manufacturer seeking superior functionality and flexibility, the Nachi MZ12 robot is an ideal investment.
Full System
Palletizing Robotic Cell Key features:
• Dimensions: 1000 x 1300mm
• Weight: 250kg
• Reach: 1300mm
• Load capacity: 10kg
Pallet type:
EU 1, EU 2, EU 6, US 1, US 2, AU 1, ASIA 1
• Box dimension: min 200 x 200mm
• Cycle time: Up to 10 cycles/min
• Max height: 2.25 m
• Inputs and outputs:
2 digital inputs
2 digital outputs
3 security digital inputs
• Ethernet (RJ45)
• Input voltage: 230VAC
• Transportable: With pallet trucks or forklift
• Air: inlet 6 Bar, diameter 10
Palletizing Robotic Cell Standard equipment:
• UR 10 robot
• Telescopic column 900 mm
• Vacuum system
• Palletizing Software
Full System
Palletizing solution for bags main elements:
● Kuka KR210
The KUKA KR210 6-axis industrial anthropomorphic robot we are utilizing is specially equipped with a high-powered KRC2 controller, ensuring optimal performance. With this system, we can handle products with incredible speed and accuracy; even more so than traditional manual bags palletizers. All the necessary sensors and physical stops provide the robot with exact product location coordinates. This allows us to automate these processes quickly and precisely in line with the quickening pace of industry workflow demands.
● Clamp tool
The innovative clamp tool is a specialized box palletizer designed and configured to capture and deliver boxes with ease. This machine works by using a system of compression blades that removes the bags from a capture table. These features provide better control over the process ensuring accuracy and reliability for every job that requires material handling. Furthermore, the tools are safe and user-friendly, so any operator can understand how to use them quickly and efficiently. The clamp tool certainly makes the process of moving heavy bags much faster and easier than other manual methods used in logistics and transportation.
● Modular belt conveyor
A palletizing solution for bags, using a specially configured motorized modular transport belt, provides the ultimate precision in product handling. Equipped with the necessary stops and defenses to enable optimal gripping, as well as sensors and physical stops to provide the robot with information on positioning of the product, this machinery offers an efficient automated means to move materials quickly and accurately. With its low risk factor and increased safety by computer and technology integration when it comes to manipulating objects, this type of machinery is sure to play a growing role in industrial steps around the globe.
Full System
Palletizing solution for boxes main elements:
● Kuka KR210
The KUKA KR210 6-axis industrial anthropomorphic robot we are utilizing is specially equipped with a high-powered KRC2 controller, ensuring optimal performance. With this system, we can handle products with incredible speed and accuracy; even more so than traditional manual box palletizers. All the necessary sensors and physical stops provide the robot with exact product location coordinates. This allows us to automate these processes quickly and precisely in line with the quickening pace of industry workflow demands.
● Clamp tool
The innovative clamp tool is a specialized box palletizer designed and configured to capture and deliver boxes with ease. This machine works by using a system of compression blades that removes the boxes from a capture table. These features provide better control over the process ensuring accuracy and reliability for every job that requires material handling. Furthermore, the tools are safe and user-friendly, so any operator can understand how to use them quickly and efficiently. The clamp tool certainly makes the process of moving heavy boxes much faster and easier than other manual methods used in logistics and transportation.
● Modular belt conveyor
A palletizing solution for boxes, using a specially configured motorized modular transport belt, provides the ultimate precision in product handling. Equipped with the necessary stops and defenses to enable optimal gripping, as well as sensors and physical stops to provide the robot with information on positioning of the product, this machinery offers an efficient automated means to move materials quickly and accurately. With its low risk factor and increased safety by computer and technology integration when it comes to manipulating objects, this type of machinery is sure to play a growing role in industrial steps around the globe.
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