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• Easy to use
• Easy programming
• Strong and safe robot
• Greater productivity
Ideal for the following applications:
• Material handling
• Picking & packaging
• Machine tending
• Screw driving
• Assembly
With the following options:
• Arc welding: Arc welding Standard
• W Force Control: Force Control Standard
• RobotStudio Connect: RobotStudio Connect
Virtualize your factory
with our complete robotics cell
simulation solution.
*Starting price:
€31.000,00
This product sold by vendor
Delivery time: 24 weeks
Some key features:
• Customer signals 4 signals (for IO, Fieldbus, or Ethernet)
• Functional safety SafeMove Collaborative included All safety functions certified to Category 3, PL d
• Axis 1 rotation:
○ Working range: 180° to 180° – Axis max speed: 125°/s
• Axis 2 arm:
○ Working range: 180° to 180° Axis max speed: 125°/s
• Axis 3 arm:
○ Working range: 225° to 85° Axis max speed : 140°/s
• Axis 4 wrist:
○ Working range: 180° to 180° Axis max speed : 200°/s
• Axis 5 bend:
○ Working range: 180° to 180° Axis max speed: 200°/s
• Axis 6 turn:
○ Working range: 270° to 270° Axis max speed:200°/s
• Max TCP Velocity : 2.2 m/s
• Max TCP Acceleration: 11.8 m/s2
• Max TCP Acceleration: 36.9 m/s2
• Max TCP Acceleration: 61.6 m/s2
• Acceleration time 0-1 m/s 0.097 s
• Pose repeatability 0.05 mm
• 1 kg picking cycle
25x300x25 mm : 0.66 s
| # of Axes | 6-axes |
|---|---|
| Type of system | Collaborative |
| Control | OmniCore C30 |
| Payload (kg) | 5 |
| Reach (mm) | 950 |
| State of product | New |
| Country of origin | Germany |
| Country of shipment | Germany |
| Vendor | RB012-0327-TG |
| Certifications | PL d, Safety certified Category 3 |
| Application | Cobots, Robot, Assembly, Machine Tending, Material Handling, Pick & Place |
| Brand / Manufacturer | |
| Mounting | Ceiling-mounted, Wall-mounted |
| Payload Range (kg) | 3 – 9 |
| Reach Range (mm) | 0 – 1000 |
| About Vendor | ABB is a leading global technology company that energizes the transformation of society and industry to achieve a more productive, sustainable future. By connecting software to its electrification, robotics, automation and motion portfolio, ABB pushes the boundaries of technology to drive performance to new levels. With a history of excellence stretching back more than 130 years, ABB’s success is driven by about 105,000 talented employees in over 100 countries. |
| Comments | Standard ISO 9409-1-50 |
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IRB 5710 Key benefits:
• improved motion control and path accuracy enabled through TrueMove as well as QuickMove software
• increased speed and shorter cycle times (up to 25 percent faster than ABB’s IRB 6620 and IRB 6700 models)
• LeanID Integrated DressPack with reduced cable wear and tear and longer service intervals
• robust design for uptime excellence
• flexibility with multiple mounting options for production layouts
• Foundry Plus options for those needing operation in harsh environments
IRB 5710 Key features:
• reach: 2.3 – 2.7 m
• payload: 70 – 110 kg
• protection IP67
• mounting: Floor, tilted max 20°
• controller OmniCore V250XT
Applications:
• EV battery module assembly, picking, placing
• Automotive tier 1 parts handling, and beyond
• General material handling as well as machine tending at high precision levels
Moreover, more process application innovations in welding, cutting, or dispensing are set for release in 2023!
Productivity
Without a doubt this robot is perfect for enhanced speed and accuracy. Due to its powerful mechanical design and OmniCore controller V250XT’s motion control, it offers greater performance than competing robots – up to 25% faster! Therefore with this particular model the manufacturers can easily achieve high-quality results. Unquestionably it is the best choice for automotive and general industries.
Machine Tending
It features a high payload capacity and a wide range of motion, allowing it to handle large, heavy parts with ease.
Its advanced control system and high-speed performance make it well-suited for use in fast-paced production environments.
Some key features
• Robot weight: 1540 kg
• Range of movement:
○ Axis 1 rotation motion: ±170° or ±220° (option)
○ Axis 2 arm motion: -65°/+85°
○ Axis 3 arm motion: -180°/+70°
○ Axis 4 wrist motion: ±300°
○ Axis 5 bend motion: ±130°
○ Axis 6 turn motion: ±360° ±93.7 revolutions
• Pose repeatability, RP (mm): 0.05
• Maximum axis speed
○ Axis 1: 100 °/s
○ Axis 2: 88 °/s
○ Axis 3: 90 °/s
○ Axis 4: 140 °/s
○ Axis 5: 110 °/s
○ Axis 6: 180 °/s
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IRB 5720 Key benefits:
• superior performance and maximum reliability in a robust design
• ABB’s TrueMove and QuickMove software provide best-in-class motion control, improved cycle times, path accuracy
• increased speed up to 25 percent faster than the IRB 6620 and IRB 6700.
• ABB’s LeanID Integrated DressPack further improves mechanical durability by reducing cable wear and tear, ultimately leading to longer service intervals.
• includes multiple mounting options for flexible production layouts as well as extra protection for operation in harsh environments – allowing for enhanced uptime of the ABB robot.
IRB 5720 Key features:
• reach: 2.6 – 3 m
• payload: 90 – 180 kg
• protection IP67
• mounting: Floor, tilted max 15°
• controller OmniCore V250XT
Applications:
• EV battery module assembly, picking, placing
• Automotive tier 1 parts handling, and beyond
• General material handling and machine tending at high precision levels
Moreover, more process application innovations in welding, cutting, or dispensing are set for release in 2023!
Productivity
This robot is perfect for enhanced speed and accuracy. Thanks to its powerful mechanical design and OmniCore controller V250XT’s motion control, it offers greater performance than competing robots – up to 25% faster! Therefore with this particular model the manufacturers can easily achieve high-quality results. Unquestionably it is the best choice for automotive and general industries.
Assembly
Delivery time: 28 weeks
• Available in four main load/reach versions : 12 kg/1.4 m, 11 kg/0.9
m, 10 kg/1.15 m, and 7 kg/1.4 m, the 12 kg variant.
Some key features:
• IRB 1300-11/0.9
Reach: 900mm
Payload: 11kg
Armload: 1 kg
Movement:
○ Axis 1 Rotation: +180° to -180°
○ Axis 2 Arm: +130° to -100°
○ Axis 3 Arm: +65° to -210°
○ Axis 4 Wrist: +230° to -230°
○ Axis 5 Bend: +130° to -130°
○ Axis 6 Turn: +400° to -400°
• IRB 1300-10/1.15
Reach: 1150mm
Payload: 10kg
Armload: 0.5 kg
Movement:
○ Axis 1 Rotation: +180° to -180°
○ Axis 2 Arm: +155° to -95°
○ Axis 3 Arm: +65° to -210°
○ Axis 4 Wrist: +230° to -230°
○ Axis 5 Bend: +130° to -130°
○ Axis 6 Turn: +400° to -400°
• IRB 1300-7/1.4
Reach: 1400mm
Payload: 7kg
Armload: 0.5 kg
Movement:
○ Axis 1 Rotation: +180° to -180°
○ Axis 2 Arm: +155° to -95°
○ Axis 3 Arm: +69° to -210°
○ Axis 4 Wrist: +230° to -230°
○ Axis 5 Bend: +130° to -130°
○ Axis 6 Turn: +400° to -400°
• IRB 1300-12/1.4
Reach: 1400mm
Payload: 12kg
Armload: 0.5kg
Movement:
○ Axis 1 Rotation: +180° to -180°
○ Axis 2 Arm: +155° to -95°
○ Axis 3 Arm: +69° to -210°
○ Axis 4 Wrist: +230° to -230°
○ Axis 5 Bend: +130° to -130°
○ Axis 6 Turn: +400° to -400°
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.
Machine Tending
Some key features
• Robot weight: 1260 kg
• Range of movement:
○ Axis 1 rotation motion: ±170° or ±220° (option)
○ Axis 2 arm motion: -65°/+85°
○ Axis 3 arm motion: -180°/+70°
○ Axis 4 wrist motion: ±300°
○ Axis 5 bend motion: ±130°
○ Axis 6 turn motion: ±360° ±93.7 revolutions
• Pose repeatability, RP (mm): 0.05
• Maximum axis speed
○ Axis 1: 100 °/s
○ Axis 2: 90 °/s
○ Axis 3: 90 °/s
○ Axis 4: 170 °/s
○ Axis 5: 120 °/s
○ Axis 6: 190 °/s
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IRB 5720 Key benefits:
• superior performance and maximum reliability in a robust design
• ABB’s TrueMove and QuickMove software provide best-in-class motion control, improved cycle times, path accuracy
• increased speed up to 25 percent faster than the IRB 6620 and IRB 6700.
• ABB’s LeanID Integrated DressPack further improves mechanical durability by reducing cable wear and tear, ultimately leading to longer service intervals.
• includes multiple mounting options for flexible production layouts as well as extra protection for operation in harsh environments – allowing for enhanced uptime of the ABB robot.
IRB 5720 Key features:
• reach: 2.6 – 3 m
• payload: 90 – 180 kg
• protection IP67
• mounting: Floor, tilted max 15°
• controller OmniCore V250XT
Applications:
• EV battery module assembly, picking, placing
• Automotive tier 1 parts handling, and beyond
• General material handling and machine tending at high precision levels
Moreover, more process application innovations in welding, cutting, or dispensing are set for release in 2023!
Productivity
This robot is perfect for enhanced speed and accuracy. Thanks to its powerful mechanical design and OmniCore controller V250XT’s motion control, it offers greater performance than competing robots – up to 25% faster! Therefore with this particular model the manufacturers can easily achieve high-quality results. Unquestionably it is the best choice for automotive and general industries.
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IRB 5710 Key benefits:
• improved motion control and path accuracy enabled through TrueMove as well as QuickMove software
• increased speed and shorter cycle times (up to 25 percent faster than ABB’s IRB 6620 and IRB 6700 models)
• LeanID Integrated DressPack with reduced cable wear and tear and longer service intervals
• robust design for uptime excellence
• flexibility with multiple mounting options for production layouts
• Foundry Plus options for those needing operation in harsh environments
IRB 5710 Key features:
• reach: 2.3 – 2.7 m
• payload: 70 – 110 kg
• protection IP67
• mounting: Floor, tilted max 20°
• controller OmniCore V250XT
Applications:
• EV battery module assembly, picking, placing
• Automotive tier 1 parts handling, and beyond
• General material handling as well as machine tending at high precision levels
Moreover, more process application innovations in welding, cutting, or dispensing are set for release in 2023!
Productivity
Without a doubt this robot is perfect for enhanced speed and accuracy. Due to its powerful mechanical design and OmniCore controller V250XT’s motion control, it offers greater performance than competing robots – up to 25% faster! Therefore with this particular model the manufacturers can easily achieve high-quality results. Unquestionably it is the best choice for automotive and general industries.
Cobot for various applications
Key features:
• Weight: 18 kg
• Payload: 3 kg
• Reach range: 590 mm
• Power: 100 W
• Joint range: ±360°
• Joint maximum speed:
J1-J4 180°/s
J5-J6 200°/s
• Total maximum speed: 2 m/s
• Repeatability: ± 0,03 mm
• Degrees of freedom: 6
• End I/O port: Digital input：3，Digital output：3，Analog input: 2
• I/O power: 24 V 2A
• Communications: TCP/IP and Modbus
• IP level: IP54/66
• Collaborative operation: 10 advanced security configuration features
• Main material: aluminum alloy
• Working temperature: 0-50°C
• External power input: 200-240V AC, 50-60Hz
• Cable: Cable to control cabinet: 5m, cable to teach pendant: 5m
Assembly
The KUKA KR30 HA is a high-performance industrial robot designed for flexible
and efficient automation solutions. With its 30 kg payload capacity and compact design,
it is perfect for a variety of applications, including assembly, handling, and packaging.
The robot is equipped with advanced technology such as fast and precise motion control,
intuitive programming, and easy maintenance, making it a valuable asset for businesses of all sizes.
Whether you’re looking to improve productivity, increase accuracy, or streamline your production processes,
the KUKA KR30 HA is the ideal solution.
Arc Welding
The Kawasaki BA 006 arc welding robot is a game changer in the world of welding. This robot’s design allows for easy management of cables and hoses around the torch, ensuring that the wire feeding is stable and consistent. Welding process becomes easier and requires less hassle, eliminating the need for continuous adjustments whilst welding. The innovative design of the Kawasaki BA 006 arc welding robot improves the quality of welded products, including metalworking, automotive and aerospace industries. This welding robot is versatile and fits various applications which guaranteed safety, efficiency and excellent weld performance. It is a must-have tool in any welding setting.
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