Brooks Automation PreciseFlex DD4 6-axis Specifications

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The Brooks Automation PreciseFlex DD4 6-axis is a collaborative robot that offers the precision and repeatability of traditional robots with the ease of use of popular collaborative robots. With direct-drive motors in the base and elbow and a gear belt drive for the Z axis, the PreciseFlexTM offers the benefits of both traditional and collaborative robots. The patented design allows the robots to move at speeds similar to human movement while still adhering to ISO collaborative robot standards for safety.

The cylindrical working volume of these robots requires a smaller footprint in the factory and the design allows for higher tool speed motions with lower kinetic energy. The controls and power supplies are located inside the robot, making it ideal for mobile applications with a reduced overhanging moment. Soft foam covers are also included to cushion collisions and protect operators.

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PreciseFlex DD4 6-axis Payload 6kg | Reach 896mm PreciseFlex DDR 4-Axis Payload 8kg | Reach 896mm

Payload	6 kg
Reach	896 mm
Robot mass	46 kg
Extra info	Z Axis: 500mm, 1000mm, 1420mm option available.

PreciseFlex DD4 6-axis Alternatives

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Brooks Automation DIRECT DRIVE 6-AXIS

Payload 6kg | Reach 1400mm

5/5 (1)

The Brooks Automation Direct Drive 6-Axis is a robotic arm designed for use in a variety of industrial automation applications. It has six degrees of freedom, allowing for complex movements and positioning. The direct drive technology in the robot provides high precision, speed, and accuracy in its motion control, making it well-suited for tasks such as material handling, assembly, and inspection.

Brooks Automation PP100

Payload 2kg | Reach 663mm

4.7/5 (1)

The Brooks Automation PP100 is a high-performance robotic arm designed for use in the semiconductor and electronics manufacturing industries. The PP100 is a 6-axis robot that provides high precision and accuracy in its motion control, making it well-suited for tasks such as material handling, assembly, and inspection. The PP100 is designed for use in cleanroom environments, making it ideal for handling delicate and sensitive components in the semiconductor and electronics industries. It is typically used in applications such as wafer handling, material transfer, and other similar tasks in the semiconductor manufacturing process.

Brooks Automation PreciseFlex DDR 4-Axis

Payload 8kg | Reach 896mm

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The Brooks Automation PreciseFlex DDR 4-Axis direct-drive collaborative robot combines the benefits of traditional robots with the ease-of-use of collaborative robots. It features direct-drive motors in the base and elbow and a gear belt drive for the Z axis, enabling by-hand teaching and reducing the risk of large collision forces commonly found in harmonic-drive robots.This design allows the robot to move at speeds comparable to human movement, even in the presence of operators, while adhering to ISO collaborative robot safety standards. The cylindrical working volume of the PreciseFlex DDR takes up less space compared to vertically-articulated robots and minimizes collision forces through its inner link moving under the outer link and its ability to tuck in its arm for higher tool speed with lower kinetic energy. Soft foam covers provide protection during collisions.

Brooks Automation PAVS6

Payload 7kg | Reach 770mm

No reviews yet.

The Brooks Automation PAVS6 is a robotic arm designed for use in the semiconductor and electronics manufacturing industries. It is a 6-axis robot that provides high precision and accuracy in its motion control, making it well-suited for tasks such as material handling, assembly, and inspection. The PAVS6 is designed for use in cleanroom environments, making it ideal for handling delicate and sensitive components in the semiconductor and electronics industries. It is typically used in applications such as wafer handling, material transfer, and other similar tasks in the semiconductor manufacturing process.

Brooks Automation PreciseFlex 100

Payload 2kg | Reach 500mm

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The PreciseFlex 100 by Brooks Automation is a unique collaborative robot that offers an economical solution for table top applications. Its lightweight design and compact size make it easy to install and integrate into a workcell, with just an AC power cord and an Ethernet cable needed. The robot comes with 2-axes (XZ) or 3-axes (XYZ) and can be mounted above existing equipment and work areas. The controller, power supplies, and wiring are built into the robot's structure, reducing integration time and costs. This collaborative Cartesian design allows for the creation of cost-effective and compact workcells, making it a perfect solution for production setups.

Brooks Automation PAVP6

Payload 2.5kg | Reach 432mm

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The Brooks Automation PAVP6 is a robotic arm designed for use in the semiconductor and electronics manufacturing industries. The PAVP6 is a 6-axis robot that provides high precision and accuracy in its motion control, making it well-suited for tasks such as material handling, assembly, and inspection. The PAVP6 is designed for use in cleanroom environments, making it ideal for handling delicate and sensitive components in the semiconductor and electronics industries.

Brooks Automation PreciseFlex 400

Payload 1kg | Reach 433mm

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The PreciseFlex 400 is a sample handling robot specifically designed for bench-top applications where performance, work volume, user-friendliness, and safety are paramount. It is widely used by leading life science and laboratory automation companies and has been incorporated into various OEM products. With its four axes and a horizontal reach of 433 mm (standard) or 588 mm (extended), and a vertical reach of 400, 750 or 1,160 mm (Z-axis), the PreciseFlex 400 can easily handle tubes and/or microtiter plates with its servo gripper. The robot features an embedded controller and connectivity for external equipment, making setup quick and easy. Configuration and programming can be performed through the user-friendly web interface GuidanceMotion or through the advanced programming language GPL. The robot can also be controlled through the TCP interface by sending commands.

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