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Electric Grippers/Electric Grippers Category/

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Grippers With Integrated Controller  from Tallman Robotics Limited are termed as ITG series, these kinds of electric grippers have  controller built in. 
Controller is not only built into the TM electric cylinder, completed program controlling function of split type is also retained.
・ Reduce to occupy the amounts of interface for robot arms.
・ Functions remains the same compares to split type.
・ Whole series models can match with integrated type.

Let’s introduce Controller Inside Electric Grippers as follows: 

Model No. Items Features Photos for reference
TM-MGBD-ITG Two Finger Electric Gripper

with integrated internal controller

Minimum size series

Open-close in parallel

High speed, light loading

Integrated type: built in controller

Integrated Electric Grippers
TM-GB-ITG Servo Electric Gripper

with integrated internal controller

High loading

Minimum size series

Open-close in parallel

Power off, self-locking

Integrated type: built in controller

Integrated Electric Grippers
TM-MGBT-ITG Three Jaw Electric Gripper

with integrated internal controller

Self centering

Minimum size series

Integrated type: built in controller

Integrated Electric Grippers
TM-CGBD-ITG Long Stroke Electric Gripper

with integrated internal controller

Open-close in big stroke

Integrated type: built in controller

Integrated Electric Grippers
TM-MGBR-ITG Rotary Electric Gripper

with integrated internal controller

Open-close in fan shaped

Integrated type: built in controller

Integrated Electric Grippers
TM-RT-ITG Miniature rotating Cylinder

with integrated internal controller

Super large torque

Hypoid worm gear drive

Integrated type: built in controller

Integrated Electric Grippers
TM-RG-ITG Rotating Electric Gripper

with integrated internal controller

Super speed rotation

Force-positions hybrid control

Integrated type: built in controller

Rotary and gripping controlled separately

Integrated Electric Grippers
TM-RGA-ITG Rotating Electric Gripper

with integrated internal controller

Force-positions hybrid control

Integrated type: built in controller

Rotary and gripping controlled separately

TM-SLA-ITG Linear Actuator

with integrated internal controller

High precision

Minimum size series

Integrated type: built in controller

High order motion smooth

TM-RLA-ITG Linear Foldback Actuator

with integrated internal controller

TM-PLA-ITG Platform Electric Gripper

with integrated internal controller

High precision

Minimum size series

Integrated type: built in controller

High loading, stable motion

high order motion smooth

TM-RPLA -ITG Platform Foldback Electric Gripper

with integrated internal controller

TM-WRPLA-ITG Wide Platform Actuator

with integrated internal controller

Minimum size series

Using crossed roller guid

High loading, stable motion

Integrated type: built in controller

High precision, high order motion smooth

TM-SLD-ITG

TM-RSLD-ITG

Linear Slide

with integrated internal controller

Linear Foldback Slide

with integrated internal controller

High precision

high order motion smooth

Integrated type: built in controller

High loading, high speed, stable motion

 

Grippers With Integrated Controller are used in the field of industrial automation, Compared with pneumatic fingers, Grippers With Integrated Controller perform the following characteristics:

Integrated Electric Grippers from Tallman Robot are suitable for clamping easily deformed and fragile workpieces in industrial automation

Speed, position, clamping force and other parameters are controllable;
Workpiece transfer and discharge;
Material taking and placing in narrow space;
There is no compressed air source in laboratory, medical and other occasions that are not suitable for the use of pneumatic clamping claws;
Realize high-speed opening and closing and high clamping force;
Parallel opening and closing type and lever type are available for purchase;
Multi point positioning and clamping force adjustment can be carried out;
The mechanism is self-locking to prevent accidental power failure and workpiece falling;
Electric finger adopts special control software and hardware, and is professionally equipped with special equipment for processing to achieve high rigidity and high precision, and various models meet different needs;
Precision of the precision model is higher than that of the products of international well-known manufacturers.

Grippers With Integrated Controller: The Future of robotics

Grippers with integrated controllers are the future of robotics. They are machines that are used to grip and hold objects. The controllers are integrated into the grippers, which allows for a more efficient and versatile grip. This technology is important for robotics because it allows for a more efficient and versatile grip. Additionally, it can be used in a wide range of applications, including manufacturing, logistics, and healthcare.

Integrated Electric Grippers work by using sensors to detect the shape of an object and then apply the appropriate amount of force to grip the object securely. The controllers also allow the gripper to communicate with other robotic devices, which enables a more efficient workflow.

There are many benefits of Integrated Electric Grippers, including increased efficiency, productivity, and safety. Additionally, grippers with integrated controllers can be used in a wide range of applications. However, there are also some challenges associated with this technology, such as the high cost of implementation.

Overall, grippers with integrated controllers are the future of robotics and will have a major impact on the way we work and live.

What are Grippers with Integrated Controllers?

Grippers with integrated controllers are machines that are used to grip and hold objects. These machines use sensors to detect the shape of an object and then use this data to determine the optimal grip on the object. The controllers are integrated into the grippers, allowing them to detect the size, shape, and material of the object and adjust the pressure being applied accordingly. This allows for a more efficient and versatile grip. Why are Grippers with Integrated Controllers Important for Robotics? Grippers with integrated controllers are important for robotics because they can be used to hold objects of various shapes and sizes in place.

Additionally, this technology allows for a more efficient and versatile grip, as well as greater accuracy and control. Finally, this technology can be used in a wide range of applications, such as manufacturing, logistics, and healthcare. How do Grippers with Integrated Controllers work? Grippers with integrated controllers work by consuming data from sensors that detect the shape of the object being gripped. With this data, the controllers are able to determine the optimal amount of pressure to be applied to the object.

Additionally, the controllers are connected to other robotic devices, which allows for a more efficient workflow. What are the Benefits of Grippers With Integrated Controllers? There are many benefits of grippers with integrated controllers, including increased efficiency, productivity, and safety. Additionally, this technology can be used in a wide range of applications, from manufacturing to healthcare.

Furthermore, it can be used in robotics to grab, lift, and move objects of various shapes and sizes with greater accuracy and control. Are there any Challenges Associated with Grippers with Integrated Controllers? Although there are many benefits of grippers with integrated controllers, there are also some challenges, such as the high cost of implementation. Additionally, the accuracy and precision of the grippers might not be as high as expected, which means that adjustments and maintenance may be needed more often.

Conclusion

Overall, grippers with integrated controllers are the future of robotics and will have a major impact on the way we work and live. The controllers allow for a more efficient and versatile grip, as well as greater accuracy and control. Additionally, the controllers are connected to other robotic devices, allowing for a more efficient workflow. Finally, they can be used in a wide range of applications, such as manufacturing, logistics, and healthcare. It is clear that grippers with integrated controllers are a key technology for the future of robotics.

You are welcome to visit our website to check technical parameters or e-mail us for further information. 

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