YASKAWA HC10DTFP Alternatives & Competitors

A smaller collaborative table-top robot, the UR3 collaborative robot is perfect for light assembly tasks and automated workbench scenarios. The compact table-top cobot weighs only 24.3 lbs (11 kg), but has a payload of 6.6 lbs (3 kg), ±360-degree rotation on all wrist joints, and infinite rotation on the end joint.

A human-collaborative robot, the MOTOMAN HC10DTP has a payload of 10kgs. Providing an absolute reach (S/L-Axis center of rotation to R/T-Axis center of rotation) of 1,379 mm and an effective reach (S/L-Axis center of rotation to Point P of) of 1,200 mm.

Specifications like high IP67 (dust/liquid proof) protection rating, food grade grease lubrication in all joints, and a special drip proof coating allows the robot to be used in certain food related applications. Other applications include collaborative, simple assistance tasks in handling and assembly, palletizing, loading/unloading of machine tools or quality inspection.

The MOTOMAN HC10DTP can be operated and programmed using hand guiding, standard teach pendant or the intuitive Smart Pendant. For particularly efficient programming via hand guiding, it has Direct Teach buttons on the wrist that can be used to accept taught positions immediately without having to confirm them on the teach pendant. This reduces programming times and makes it suitable for both professional system integrators and newbies. Many safety functions, e.g. automatic retraction from a clamping situation, or simply pushing the robot away with resumption of movement, distinguish it as a professional collaborative robot.

Switchable between safely monitored operation and full power and speed, with this mixed operation (hybrid robot) it achieves very good cycle times. Media cables for the supply of grippers or tools are pre-routed in the arm and are led out at the wrist, so that in many cases bulky external cable packages are not required.

The MOTOMAN HC10DTP Classic is the perfect cobot for entry-level collaborative automation.

Offering a payload of 10 kg, an absolute reach (center of rotation S/L axis to center of rotation R/T axis) of 1,379 mm and an effective reach (center of rotation S/L axis to working point P) of 1,200 mm.

Typical applications include collaborative, simple assistance tasks in handling and assembly, palletizing, loading/unloading of machine tools or quality inspection.

The MOTOMAN HC10DTP Classic can be operated and programmed using hand guiding, standard teach pendant or the intuitive Smart Pendant. For particularly efficient programming via hand guiding, it has Direct Teach buttons on the wrist that can be used to accept taught positions immediately without having to confirm them on the teach pendant. This reduces programming times and makes it suitable for both professional system integrators and newbies. Many safety functions, e.g. automatic retraction from a clamping situation, or simply pushing the robot away with resumption of movement, distinguish it as a professional collaborative robot.

A human-collaborative robot, the MOTOMAN HC20DTP has a superior payload of 20 kg. Providing an absolute reach (S/L-Axis center of rotation to R/T-Axis center of rotation) of 1,900 mm and an effective reach (S/L-Axis center of rotation to Point P of) of 1,700 mm.

Perfect for collaborative fenceless Palletizing and Handling installations, combining safe operation and high speed.

Specifications like high IP67 (dust/liquid proof) protection rating, food grade grease lubrication in all joints, and a special drip proof coating allows the robot to be used in certain food related applications.

The MOTOMAN HC20DTP can be operated and programmed using hand guiding, standard teach pendant or the intuitive Smart Pendant. For particularly efficient programming via hand guiding, it has Direct Teach buttons on the wrist that can be used to accept taught positions immediately without having to confirm them on the teach pendant. This reduces programming times and makes it suitable for both professional system integrators and newbies. Many safety functions, e.g. automatic retraction from a clamping situation, or simply pushing the robot away with resumption of movement, distinguish it as a professional collaborative robot.

Switchable between safely monitored operation and full power and speed, with this mixed operation (hybrid robot) it achieves very good cycle times. Media cables for the supply of grippers or tools are pre-routed in the arm and are led out at the wrist, so that in many cases bulky external cable packages are not required.

The high precision 6 axis lightweight collaborative robot IIMT-CR-03 is the smallest collaborative table-top robot. It is perfect for light assembly tasks and automated workbench applications. The compact table-top cobot weighs just 13 kg, but has a payload of 3 kg, ±180 degree rotation on all wrist joints, and infinite rotation on the end joint. Designed for shorter reach environments, can be deployed in tight spaces.

A unique feature of the P-Rob 3 is the outer cover made of padded, soft artificial leather. In combination with collision detection, the P-Rob 3 is an excellent choice for collaborative applications.

The P-Rob 3 can be controlled using a number of interfaces. Our self-developed software myp offers an intuitive GUI and a flexible

Python-based scripting environment. The ROS and TCP interfaces offer full flexibility and easy integration into other systems.

An interactive ring provides configurable multifunction buttons for easy handling of the robot.

A unique feature of the P-Rob 3 is the outer cover made of padded, soft artificial leather. In combination with collision detection, the P-Rob 3 is an excellent choice for collaborative applications.

The P-Rob 3 can be controlled using a number of interfaces. Our self-developed software myp offers an intuitive GUI and a flexible

Python-based scripting environment. The ROS and TCP interfaces offer full flexibility and easy integration into other systems.

An interactive ring provides configurable multifunction buttons for easy handling of the robot.