Category: MECHANICS

Mechanics - Structural Components, Drives and Accessories

The Mechanics category includes components for building drive systems, mechanical structures, robots, machines, electronic devices, and automation systems. The range includes motors, servos, linear actuators, wheels, tracks, robot chassis, mounting components, enclosures, grippers, electromagnets, solenoid valves, and pumps. Available components can be used to generate motion, transfer mechanical power, build actuating mechanisms, and construct and protect complete devices.

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This item is a set of three plastic rollers, a 1″-diameter plastic ball, and a retaining clip that can be used on the front or back ball caster locations on the Romi chassis base plate. The ball is white, and all other parts are red. It is included as part of the red Romi Chassis Kit.

zł16.88
24h
Available quantity: 1
Available

White Yato cable tie, dimensions 450x9.0 mm, made of polyamide PA66, characterized by enhanced tearing resistance, excellent mechanical properties and UV resistance, intended for precise fastening and connecting various objects. Yato YT-70636

zł13.51
24h
Available quantity: 1
Available

Black Yato cable tie, dimensions 450x9.0 mm, made of polyamide PA66, ensuring enhanced tearing resistance, very good mechanical properties and increased UV resistance, intended for precise fastening of various objects. Yato YT-70656

zł14.51
24h
Available quantity: 1
Available

The SM-S4303R Pololu 1248 servo, designed for continuous rotation, provides an easy drive implementation in robotic projects. It offers high torque and full compatibility with RC accessories and servo controllers. Ideal for building mobile platforms and autonomous vehicles.

zł106.10
24h
Available quantity: 1
Available

Vibration motor with a diameter of 8 mm and a height of 3.4 mm. It has a self-adhesive 3M backing for easy installation. Pololu 1637

zł29.40
24h
Available quantity: 1
Available

Motors, Servos and Actuators

Motors, servos, and actuators provide motion for robots, machines, and actuating mechanisms. Depending on the system design, DC motors, BLDC motors, stepper motors, servos, and linear actuators can be selected according to supply voltage, speed, torque, travel range, and control method.

Wheels, Tracks and Robot Chassis

Drive system components enable the construction of mobile platforms and robots designed to move across different surfaces. Wheels, tracks, ball casters, and robot chassis can be used to assemble mobile platforms and match the mechanical structure to the propulsion system, required load capacity, and intended movement characteristics.

Mounting Components and Brackets

Mounting components provide mechanical connections between parts and support the construction of complete devices. Brackets, mounts, and other structural accessories can be used to install motors, sensors, electronic boards, and additional components in robotics, automation, and prototyping projects.

Grippers, Electromagnets and Actuating Components

Grippers and electromagnets can be used to build mechanisms for gripping, holding, and moving objects. Combined with suitable drives and control systems, they can be integrated into robotic manipulators, automation mechanisms, and prototype systems.

Pumps and Solenoid Valves

Pumps and solenoid valves are used in systems requiring the transfer or control of liquids and gases. Parameters such as supply voltage, flow rate, pressure, connection diameter, and compatible medium help determine suitability for pneumatic, hydraulic, dosing, and cooling systems.

Enclosures and Structural Accessories

Enclosures protect electronics and other device components against mechanical damage and environmental conditions within the protection capabilities of a particular design. Enclosure accessories and mounting components facilitate the installation of circuit boards, cables, connectors, and other components inside a device.

Selecting Mechanical Components

Mechanical components should be selected according to dimensions, mounting method, material, load requirements, and mechanical and electrical compatibility. For drive systems, additional parameters such as torque, speed, supply voltage, and the method of transferring mechanical power should also be considered.