For a variety of washing applications, this strong and robust robot model will be able to withstand the harsh operating (e.g. washing) environments. Thanks to its mechanical design and IP67 protection as a standard, it is resistant to wet, dusty or dirty tasks, while being capable of lifting heavy weights up to 210kg.
Payload 210 kg
Reach 2450 mm
Number of Axes
FANUC R-2000iC/165F
Payload 165kg | Reach 2655mm

5/5 (2)

The FANUC R-2000iC/165F is a robust six-axis industrial robot designed for heavy-duty applications. It supports a maximum payload of 165 kg and has a reach of 2655 mm, making it suitable for handling large and heavy parts. The robot's compact design, including a slim wrist, allows it to operate efficiently in confined spaces.This model is particularly effective for high-output spot welding tasks, commonly used in the automotive industry. Its design facilitates high-speed, high-precision welding, which is critical for maintaining production efficiency and quality in automotive manufacturing.Additionally, the R-2000iC/165F excels in material handling, assembly, and palletizing applications. Its versatile reach and payload capacity enable it to perform a range of tasks, including pick-and-place operations and material removal, in various industrial settings.
FANUC M-20iB/25
Payload 25kg | Reach 1853mm

4.9/5 (1)

The FANUC M-20iB/25 is a versatile industrial robot designed for a wide range of manufacturing applications. It features a 25 kg payload capacity and a reach of 1853 mm, making it suitable for various tasks requiring precision and agility. The robot is equipped with six controlled axes and boasts a repeatability of ±0.02 mm, ensuring high accuracy in operations. Its fully enclosed construction adheres to the IP67 standard, providing robust protection against wet, dirty, and harsh environments, which is particularly beneficial for applications such as automatic deburring.One of the standout features of the M-20iB/25 is its lightweight hollow upper arm and wrist, combined with advanced servo technology. This design innovation allows for faster cycle times and increased throughput, enhancing overall performance. Compared to its predecessor, the M-20iA, the M-20iB/25 offers a 25% increase in payload capacity and a 21% increase in axis speeds. The fully encapsulated design ensures that cables and motors are not exposed, reducing interference and enhancing reliability. Additionally, the connectors are streamlined along the arm, further minimizing potential disruptions.The M-20iB/25 is well-suited for demanding environments and various industrial applications. Its flexibility in mounting options, including floor, upside-down, and angle, allows for easy integration into different setups. This robot is ideal for tasks such as assembly, arc welding, pick/pack/palletizing, load/transfer, material removal, and dispensing. Furthermore, it integrates seamlessly with FANUC's ROBOGUIDE offline programming software, enabling users to design cells, systems, and motions efficiently before actual deployment, thus optimizing planning and implementation processes.
FANUC ARC Mate 50iD
Payload 7kg | Reach 717mm

4.6/5 (1)

The latest generation ARC Mate 50, this 6 axis standard version is a rugged all-rounder that will maintain high quality standards in harsh working environments.
KUKA KR 150 R3100-2
Payload 150-220 kg | Reach 3100mm

4.7/5 (1)

The KUKA KR 150 R3100-2 is an industrial robot engineered to handle demanding tasks with a rated payload of 150 kg and a maximum reach of 3100 mm. This robot's dynamic performance is optimized for efficient operation within these parameters, making it suitable for a wide range of applications. It can handle a maximum payload of 220 kg under specific conditions, provided that the center of mass is correctly positioned and a supplementary load is used. Its robust construction and high payload capacity ensure reliability in heavy-duty operations.One of the standout features of the KR 150 R3100-2 is its precision and versatility. It boasts a pose repeatability of ±0.05 mm, ensuring high accuracy in tasks that require exact positioning. The robot operates on six axes, providing extensive flexibility in movement, with a motion range that includes ±185° on A1 and ±350° on A6. Its speed capabilities, with a maximum of 260°/s on the A6 axis, contribute to efficient cycle times, enhancing productivity in fast-paced industrial environments.The KR 150 R3100-2 is designed for versatile mounting options, including floor installation, and occupies a footprint of 754 mm x 754 mm, weighing approximately 1105 kg. It is protected to IP65 standards, with the wrist rated at IP67, ensuring durability in harsh conditions and providing resistance to dust and water ingress. This makes the robot suitable for various applications, including material handling, assembly, and welding, where both precision and robust performance are critical. The operating temperature range of 0°C to 55°C allows it to function effectively in diverse environments, further extending its application versatility.
FANUC LR Mate 200iD/7WP
Payload 7kg | Reach 717mm

4.4/5 (2)

The FANUC LR Mate 200iD/7WP is specifically designed for environments exposed to moisture and high-pressure washing. Its washproof construction, with IP67 protection and an optional IP69K for enhanced durability, ensures reliable operation in conditions involving dust, water jets, or oil mist. This makes it suitable for industries where cleanliness and resistance to harsh conditions are critical.With a reach of 717 mm and a payload capacity of 7 kg, this 6-axis robot is compact and versatile, allowing for flexible integration into confined spaces and machines. It supports various mounting configurations—floor, ceiling, wall, or angled—making it adaptable to different application needs.The LR Mate 200iD/7WP excels in industries such as food processing, pharmaceuticals, and automotive, where it can handle tasks like material removal, packaging, and machine tending. Its sealed mechanical units and compact design enhance its utility in environments where space is limited and high hygiene standards are required.
KUKA KR 210
Payload 210kg | Reach 2700mm
No reviews yet.
The KUKA KR 210 industrial robot arm is a high payload solution for serious industrial applications. With a high payload of 210 kg and a massive reach of 2700 mm, the KR 210 KR C2 robot is ideal for a foundry setting. In fact, a foundry wrist with IP 67 protection is available with the KR 210 KR C2 instead of the standard IP 65 wrist.
FANUC LR Mate 200iD/7C
Payload 7kg | Reach 717mm

4.4/5 (2)

The FANUC LR Mate 200iD/7C is engineered for clean room and food industry applications, featuring a compact design with a 717 mm reach and a 7 kg payload capacity. This six-axis robot is specifically built to operate in clean environments, with IP67 rating for water and dust protection, and an optional IP69K rating for high-pressure cleaning. Its fully encapsulated design ensures minimal contamination and simplifies maintenance.Its design allows it to handle delicate and small components, making it suitable for applications in electronics assembly, pharmaceutical automation, and food processing. The robot’s compact size and robust protection make it ideal for environments where hygiene and precision are critical.The LR Mate 200iD/7C’s versatility extends to tasks such as dispensing, machine tending, material removal, and part transfer, providing reliable performance in sensitive manufacturing settings like semiconductor and life sciences industries.
FANUC R-2000iC/210F
Payload 210kg | Reach 2655mm
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Featuring a huge 210 kg payload, this model is ideally suited to any number of heavy handling jobs on almost any application. With numerous mounting options available to make best use of space and create an optimal work envelope, it makes an excellent spot welding robot. Additional options make it suitable for food processing applications or wet environments.
Estun Automation ER8-720-MI
Payload 8kg | Reach 727mm
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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.
FANUC R-2000iC/220U
Payload 220kg | Reach 2518mm
No reviews yet.
Being part of the most powerful robot series, the R-2000iC/220U is made to fit a variety of workspaces, while handling high payloads at a high level of precision. This mobile industrial robot model can be adapted to limited space cells by mounting it to the ceiling. Working from above allows it to maximise the available space and avoid the risk of collision to handle large work pieces or perform spot welding applications at a perfect angle.
FANUC R-2000iD/210FH
Payload 210kg | Reach 2605mm
No reviews yet.
Featuring a huge 210 kg payload, this model is ideally suited to any number of heavy handling jobs on almost any application. Its hollow arm design allows completely internal cable routing by easy accessibility of the integrated process cables for an independent exchange due to wide open maintenance slots. The installation area was reduced by 23 % compared to the R-2000iC models. Its compact shape and design make integration really easy and the integrated process cable routing shows its big advantage during offline simulation due to fully eliminated interference contours of the cables.