Robotics is an area that is developing rapidly and has a huge, still fully unused potential. In everyday life we more and more often meet with the cooperation of a man with a device, which performs many activities for him, facilitating his daily duties, but also work. The ability to grab, move and rotate is very desirable among innovative robots. For this reason, grapples and various types of grips are increasingly used in robot projects. They provide robots with new skills, are better able to help a person in specific activities, and it is easier to manipulate grabbed objects in different ways. Apart from grippers, we also offer gimbals for stabilizing a camera or a camera. They are used by professionals when filming important celebrations and events. They not only improve image quality, but also make it more comfortable and comfortable to operate the device for long hours.
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HPCB Motor with 298:1 Gear - doublesided shaft - Pololu 3079
Index: PLL-05096
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Connector for strips LED SMD 3528 8mm 2 pin with two clamps - 16,8cm
Index: MOD-09674
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Grapplers and gimbals
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Angle holder for an inductive sensor - M12
Angular mount for inductive proximity sensor. The dimensions of the base are 37 x 20 mm , the dimensions of the holder are 39 x 20 mm .
Index: AKS-11681
Index: AKS-11681
Angle holder for an inductive sensor - M18
The angular bracket for inductive proximity sensor. The base dimensions: 43 x 26 mm, dimensions of the bracket - 46 x 26 mm.
Index: AKS-11682
Index: AKS-11682
Angle holder for an inductive sensor - M8
The angular bracket for inductive proximity sensor. The base dimensions: 28 x 16 mm, dimensions of the bracket - 33 x 16 mm.
Index: AKS-11680
Index: AKS-11680
SandwichC Brick - mounting bracket - M5Stack A123
SandwichC Brick is a mounting bracket for connecting M5StickC/ M5StickC-Plus/ Timer Camera X/ Timer Camera F with modules from the Unit series. The handle has 4 rows of...
Index: MSS-21789
Index: MSS-21789
Angle holder for an inductive sensor - M30
The angular bracket for inductive proximity sensor. The base dimensions: 48 x 41 mm, dimensions of the bracket - 59 x 41 mm.
Index: AKS-11683
Index: AKS-11683
Aluminium Servo Mount Feetech FK-MB-001 - black
Aluminum servo mount in size 58 x 37 x 25 mm and weighing 15 g.
Index: FTC-09208
Index: FTC-09208
Aluminum servo mount in size 58 x 37 x 25 mm and weighing 15 g. Suitable for servo MG995.
Index: GRL-10912
Index: GRL-10912
Telescopic Magnetic Gripper - 60cm
Telescopic magnetic gripper with adjustable length from 13,5 cm to 60 cm. It improves the extraction of small metal parts from hard to reach places. Sent in blue color.
Index: AKS-12240
Index: AKS-12240
Micro Pan/Tilt Servo Bracket with Camera Mount - plastic
Plastic handle that allows you to create a platform for control in two axes by using the micro servo. A kit for self-assembly allows to build, for example, the rotating stand...
Index: MOT-03724
Index: MOT-03724
Pan / Tilt standard servo mount
Metal mount enables creating platforms, controlled by servos. A kit for self-assembly allows you to build, for example, a rotating camera stand for face tracking. The kit...
Index: AKS-13500
Index: AKS-13500
Aluminum mount enables creating platforms, controlled by servos.
Dimensions: 40 x 36 x 20 mm.
Weight: 16 gr.
Index: GRL-12536
Index: GRL-12536
Aluminum Servo Mount Feetech FK-FP-001
Aluminum plate is used as a foot of a robot, connecting with a side mount of a servo. Dimensions: 105 x 60 x 2 mm. Weight: 25g.
Index: FTC-09201
Index: FTC-09201
Inductive Sensor Straight Mount - M18
Straight holder for inductive proximity sensor. Dimensions - 26 x 86 mm.
Index: AKS-11684
Index: AKS-11684
Metal Gripper - Robotic Claw MKII
Metal grip is used as the end of the robotic arms. Adapted to work with modelar servos.
Index: SPF-01628
Index: SPF-01628
Klaw MK2 Robotic Gripper Kit with servo - Kitronik 25104
The gripper kit can be a great addition to the robot design. The gripper is controlled by a servo motor , which is powered from 3 V to 6 V. The maximum span of the gripper...
Index: KTR-16879
Index: KTR-16879
The gripper set is a great addition to the Move Motor robot, which significantly extends the possibilities of the project. The special design allows the module to be...
Index: KTR-18483
Index: KTR-18483
DIN Rail Mounts - Automation 2040 W - Pimoroni DRG-02
Pimoroni mounts securely click onto the DIN rail. They can be used to mount printed circuit boards or other devices in an electrical enclosure. The distance between the...
Index: PIM-22042
Index: PIM-22042
Micro Servo Gripper - Actobotics Micro Gripper Kit A - SparkFun ROB-13176
A small plastic gripper with an opening adapted to micro-services. Total length is 43 mm, width 33 mm and maximum opening is 70 mm.
Index: SPF-02957
Index: SPF-02957
Pan-Tilt HAT for Raspberry Pi - Waveshare 16138
Dedicated to the Raspberry Pi , Pan-Tilt with a camera basket. The module is equipped with an I2C communication interface and a built-in system responsible for PWM motion...
Index: WSR-14430
Index: WSR-14430
Micro Pan/Tilt Servo Bracket + Servo - Dagu
Metal mount enables creating platforms controlled by servos . A kit for self-assembly allows to build, for example a rotating camera stand for face tracking....
Index: DGU-02547
Index: DGU-02547
Micro Servo Gripper - Actobotics Micro Gripper Kit B - SparkFun ROB-13177
A small gripper made of plastic with a hole adapted to micro servors. The total length is 66 mm, width 33 mm, and the maximum opening is 70 mm.
Index: SPF-02859
Index: SPF-02859
Aluminum mount enables creating platforms, controlled by servos . Perfect for servos: SCS09, SCS15, FR0109M, FR0115M.
Index: FTC-09199
Index: FTC-09199
Aluminum Side Servo Mount Feetech FK-SB-001
Aluminum side mounting designed for SCS09, SCS15, FR0109M, FR0115M servos . It is used to connect the sides of the servos.
Index: FTC-09200
Index: FTC-09200
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Aluminum mount enables creating platforms, controlled by servos. Dimensions: 54 x 41 x 25 mm. Weight: 18 g. The product is available in two colors sent randomly.
Index: FTC-09207
Index: FTC-09207
See also
Use of gimbals
Gimbals were made to stabilize the camera and were initially used for drones. Today they are available in different variants, which also determines their purpose. Hand-held gimbals are used for cameras, cameras, but also for smartphones. The most common are devices with stabilization in three axes. In case of less advanced models, stabilization is done in one or two axes. Gimbals are used by people who appreciate good quality memories from trips or important events. Moreover, they are essential equipment of every professional cameraman and photographer. When choosing a gimbal, you should focus on a few key parameters and features. The key ones are supported axes. If there is one axis, then gimbal supports the up-and-down axis, with two axes it can move up-and-down and right-left. There are also gimbals with three axes, that is additionally with the possibility of full panoramic camera rotation. The battery is also important, because the working time depends on it. If you plan to use it for a long time, it should also be light.
Grippers in robotics
Robots have acquired many human qualities and skills. They can not only move, and are even equipped with artificial intelligence, but can also carry smaller and larger objects. This is possible because of the grippers. Among the models that deserve special attention are grabs by Actobotics, which offer a wide range of jaw spreads, as from 70 mm up to 152 mm. Another option is the metal grapple from Robotic Claw MKII. Its great advantage is the spring clutch, which provides protection against servo overload. If you are looking for a gripper for extremely precise work that requires a lot of control over the gripping movement, the best option will be a parallel gripper equipped with a modified servomechanism supplemented with a special cable for feedback. This translates into more precise control of the robot arm movement.
Grips for servomotors
Besides gimbals for stabilizing cameras and grippers for intelligent robots, we also have all kinds of grippers that have found their application in servos. You can use them to create any mechanism, such as the mechanism of robotic arms or pan/tilt. In our offer you can find all necessary mounting elements, which are perfect for inductive sensors. We also recommend motor supports showing compatibility with MakeBlock robots. All mechanical elements have numerous mounting holes, which definitely facilitates the realization of individual and most complicated projects. You match them perfectly to the specifics of your device and your own concept.
Feel free to check out our offer, where you can find gimbals for stabilization of cameras and apparatus for everyday and professional use, grippers for robots improving their work, as well as holders for servos, which will allow you to create your own any mechanism.