YASKAWA SP80 Alternatives & Competitors

The ABB IRB 1600 is a high-performance industrial robot designed to optimize both speed and accuracy without compromise. It features significantly shorter cycle times, up to 50% faster than competing models, which enhances throughput in various applications such as material handling, machine tending, and assembly. This efficiency is largely due to ABB’s second-generation QuickMove motion control, strong motors, and low friction losses in its spur gears.

One of the standout features of the IRB 1600 is its consistent performance at high speeds. Unlike many robots that cut corners when moving quickly, the IRB 1600 maintains precise paths thanks to its TrueMove motion control and robust design. This results in consistently high workpiece quality, minimizing defects and maximizing yield. Its sturdy construction, combined with intelligent motion control, ensures low vibrations and reliable operation even under demanding conditions.

The IRB 1600 is also highly adaptable and reliable. It can be mounted in various orientations, including on a shelf, wall, or inverted, making it versatile for different workspace configurations. With an IP54 classification for the entire manipulator and IP67 for sensitive parts, it is well-suited for tough environments. The optional Foundry Plus protection adds rust resistance and specialized coatings, further enhancing its durability. Additionally, features like low power consumption and a quiet operating noise level contribute to its efficiency and workplace safety.

The ABB IRB 6700 is the 7th generation of large industrial robots, representing a culmination of 40 years of ABB's robotics experience. This series has been designed with multiple next-generation improvements, including a more robust structure, longer service intervals, increased efficiency, and simplified maintenance. These enhancements result in a 20 percent reduction in the total cost of ownership compared to previous models. The IRB 6700 is available in multiple variants, with payload capacities ranging from 150 to 300 kilograms and reach extending from 2.6 to 3.2 meters, supporting both floor-mounted and inverted installations.

The IRB 6700 stands out for its robust and reliable design, featuring higher rigidity for improved accuracy and shorter cycle times. It is built to withstand harsh working environments and comes with ABB's Foundry Plus 2 protection system. This robot family has undergone extensive validation and testing, ensuring high reliability in real-world applications. It also includes ABB’s LeanID Integrated Dressing solution, which simplifies programming and simulation by ensuring predictable cable movements, reducing wear and tear, and extending service intervals.

The IRB 6700's applications are diverse, making it suitable for spot welding, material handling, and machine tending in automotive and general industries. Its robust design and high payload capacities make it ideal for demanding tasks, while its enhanced speed and accuracy increase overall productivity. With a 15 percent reduction in power consumption and a 15 percent reduction in service and repair times, the IRB 6700 provides a highly efficient and cost-effective solution for various industrial automation needs.

The KAWASAKI BX100L is a robust industrial robot designed for high-speed spot welding applications. With a payload capacity of 100 kg and a maximum reach of 2597 mm, it falls under the category of large robots capable of handling significant loads. One of its standout features is its hollow wrist, which houses cables and hoses, thereby reducing wear and tear and improving the robot's longevity. This design makes it particularly suited for managing small to medium-sized weld guns efficiently.

In terms of capabilities, the BX100L excels in spot welding, but it is also versatile enough to be used in assembly and material handling applications. Its precision and speed make it a valuable asset in production lines where efficiency and accuracy are paramount. The BX100L can easily replace older, less efficient robots, offering an upgrade in performance and reliability.

Applications for the KAWASAKI BX100L include car body assembly and auto body spot welding, as demonstrated in industry events like iREX2015. Its ability to integrate seamlessly into existing production setups, combined with its optimized performance for spot welding tasks, makes it a preferred choice in automotive manufacturing and other industries requiring precise, high-speed welding solutions.

The ABB IRB 8700 is an advanced industrial robot, notable for its high payload capacity and performance. Capable of handling up to 1000 kg with the wrist down, it outpaces its competitors by 25% in speed. Its design emphasizes high production capacity, reliability, and ease of maintenance, making it a versatile choice for demanding applications. With simplified configurations and ABB's Foundry Plus 2 protection standard, the IRB 8700 ensures high uptime and low total cost of ownership.

The IRB 8700 is built with a single motor and gear per axis, unlike others in its class that use dual motors and gears. This streamlined design includes a reliable counterweight and mechanical springs instead of gas springs, reducing potential failure points and enhancing safety. The robot is equipped with LeanID, which offers a cost-effective solution for dress packs, extending their life and facilitating easy simulation and programming. Its compact footprint and robust counterweight system allow it to navigate tight spaces efficiently.

Designed for sustainability, the IRB 8700 complies with environmental directives, ensuring the use of non-hazardous materials. Its performance is exceptional, with superior motion control that adapts to heavy and wide parts, maintaining high speed and accuracy. These features make the IRB 8700 suitable for various applications, from heavy material handling to intricate manufacturing processes, providing flexibility and reliability in industrial environments.

The Estun ER20-1200-MI is a lightweight industrial robot part of the MINI series, designed for high performance in compact spaces. It features a high degree of freedom and strong rigidity, allowing for a large operating range and precise movements. With a reach of 1200 mm and a payload capacity of 20 kg, it is well-suited for various manufacturing tasks.

This robot boasts a repetitive positioning accuracy of 0.03 mm, making it ideal for applications requiring high precision. Its six-axis configuration supports complex tasks, and it offers rich interfaces and multiple communication methods, enhancing its versatility in industrial settings.

Applications for the ER20-1200-MI include assembly, material handling, and precision operations where speed and accuracy are critical. Its IP67 protection level ensures reliability in harsh environments, while its compact design and top or ground installation options make it adaptable to various workspace configurations.

The Estun ER8-720-MI MINI SERIES ROBOT is a lightweight, compact robot designed for precision tasks in constrained environments. Its small size and streamlined fuselage structure make it ideal for operations where space is limited. With a payload capacity of 8 kg and an arm span of 727 mm, this robot offers flexibility and adaptability in a range of industrial applications.

Equipped with six axes, the ER8-720-MI achieves a repeat positioning accuracy of ±0.02 mm, ensuring high precision in tasks such as assembly, pick-and-place, and handling operations. Its maximum speed across axes allows for efficient performance, making it suitable for high-speed production lines. The robot's IP67 protection rating ensures reliable operation in environments where dust and moisture are present.

Applications for the ER8-720-MI include the electronics industry, where it can handle small, delicate components with care and accuracy. Additionally, its capability to be installed on either the ground or a top surface provides flexibility in factory layout and integration, enhancing its utility in various manufacturing processes.

The COMAU N-170 robot is a next-generation industrial robot designed with a focus on modularity, reduced components, and compact motors, enabling enhanced performance and cost-effective automation. Its innovative architecture and production at the Turin Innovation Center of Advanced Robotics ensure high quality and supply chain flexibility. The N-170's straightforward integration and maintenance, combined with lower operating costs, make it a reliable choice for various industries.

Equipped with advanced motion algorithms compatible with Comau e-Motion 3.0, the N-170 offers superior cycle time, repeatability, and path control accuracy. This makes it ideal for applications such as spot welding, material handling, 3D printing, and gluing. Its robust design includes a high payload capacity of 220 kg and extensive working areas, making it suitable for automotive, food & beverage, fulfillment, and logistics sectors.

The N-170 also features a basic dressing with multibus cable and air hose, with an optional easy dressing solution. Its direct assembly between motor and gearbox, visual recalibration, and enhanced software motion algorithms contribute to its exceptional performance and reliability. Additionally, the robot is IoT-ready, MES-compliant, and offers various safety options, ensuring optimal performance and integration in diverse industrial environments.

The COMAU NS-16-1.65 is a highly robust and versatile small payload robot, designed specifically for applications that demand high accuracy and speed. With a maximum wrist payload of 16 kg and an additional load capacity of 10 kg on its forearm, it offers substantial flexibility for various industrial tasks. This robot features a reach of 1650 mm and six axes of movement, ensuring it can navigate complex operations with ease. Its repeatability of 0.05 mm highlights its precision, making it ideal for delicate tasks requiring meticulous attention to detail.

In terms of capabilities, the NS-16-1.65 excels in multiple areas including assembly, machine tending, handling, packaging, and various machining processes. Its high-speed performance is notable, with axis speeds reaching up to 550 °/s on axis 6. The robot's torque capabilities (41 Nm on axes 4 and 5, and 23 Nm on axis 6) enable it to handle demanding applications such as arc welding, plasma cutting, and laser welding with efficiency. Additionally, its protection class ratings of IP65/IP67 ensure it can operate in harsh environments, further extending its application range.

This robot can be mounted in various positions including floor, ceiling, and sloping up to 45°, providing flexibility in integration into existing workflows. Its extensive operating areas and compatibility with auxiliary systems like C5G and TP5 controllers make it a comprehensive solution for modern manufacturing needs. Whether it's for precise assembly, rigorous testing, or complex machining, the NS-16-1.65 stands out as a reliable and high-performing robotic solution.

The COMAU N-220 robot is a high-performance industrial robot designed for robust and versatile automation solutions. Engineered with a focus on modularity and reduced components, it features compact motors and new control drivers. Manufactured at the Turin Innovation Center of Advanced Robotics, the N-220 ensures high quality and flexible supply chains, offering easy integration, straightforward maintenance, and reduced operating costs.

Equipped with advanced motion algorithms compatible with Comau e-Motion 3.0, the N-220 delivers exceptional performance in cycle time, repeatability, and path control accuracy. It is ideal for applications such as spot welding, material handling, 3D printing, and gluing. The robot's high payload capacity of 220 kg and wide working area make it suitable for various industries, including automotive, food & beverage, and logistics.

The N-220 comes with a basic dressing that includes a multibus cable and air hose up to axis 3, with an optional easy dressing solution featuring a corrugated hose within the hollow forearm up to axis 5. Key features include direct motor-to-gearbox assembly, visual recalibration, and IoT readiness. These features ensure reliable and efficient performance, making the N-220 a powerful and cost-effective automation solution.

The COMAU Arc4-5-1.95 is a specialized robotic arm designed for precision arc welding, characterized by its hollow wrist structure which simplifies cable and hose management, thus enhancing durability and reducing maintenance needs. It boasts a maximum payload capacity of 5 kg at the wrist and an additional load capacity of 10 kg on the forearm, making it highly adaptable for various welding tasks. With a maximum horizontal reach of 1951 mm and a high protection class of IP65, it is equipped to handle demanding industrial environments.

This robot features six axes of motion, offering flexibility and precision in complex welding operations. The torque specifications for axis 4, 5, and 6 are 14 Nm, 14 Nm, and 4.9 Nm respectively, supporting intricate movements and precise control over the welding process. The speed and range of motion across all axes are optimized for high-efficiency arc welding, with strokes reaching up to 550°/s on axis 6. Additionally, its repeatability is exceptionally precise at 0.05 mm, ensuring consistent weld quality and performance.

The COMAU Arc4-5-1.95 is tailored for advanced arc welding applications across various industries, including automotive and heavy machinery, where robustness and precision are critical. It can be integrated with COMAU’s C5G control system and TP5 teach pendant, along with positioners and external axes, enabling a versatile setup that can be customized to meet diverse operational needs. This robot is designed for floor, ceiling, or sloped mounting, providing flexibility in deployment to optimize workspace utilization and workflow efficiency.