robot arm

Delivers strong rotational force for improved stability and responsive control. Offers efficient energy use, contributing to longer flight durations. Manufactured to exacting tolerances for smooth operation and consistent performance. Treated to resist corrosion from moisture, humidity, and exposure to various elements. Balanced design ensures smooth running, which is critical for stable aerial footage and data collection.

Delivers strong rotational force for improved stability and responsive control. Offers efficient energy use, contributing to longer flight durations. Manufactured to exacting tolerances for smooth operation and consistent performance. Treated to resist corrosion from moisture, humidity, and exposure to various elements. Balanced design ensures smooth running, which is critical for stable aerial footage and data collection.

Delivers strong rotational force for improved stability and responsive control. Offers efficient energy use, contributing to longer flight durations. Manufactured to exacting tolerances for smooth operation and consistent performance. Treated to resist corrosion from moisture, humidity, and exposure to various elements. Balanced design ensures smooth running, which is critical for stable aerial footage and data collection.

Delivers strong rotational force for improved stability and responsive control. Offers efficient energy use, contributing to longer flight durations. Manufactured to exacting tolerances for smooth operation and consistent performance. Treated to resist corrosion from moisture, humidity, and exposure to various elements. Balanced design ensures smooth running, which is critical for stable aerial footage and data collection.

A5 750W servo motor and 1KW servo motor with driver modbus servo kit 80ST 3000rpm for robot arm(750w 17bit absolute)

A5 750W servo motor and 1KW servo motor with driver modbus servo kit 80ST 3000rpm for robot arm(750W 23bit absolute)

Delivers strong rotational force for improved stability and responsive control. Offers efficient energy use, contributing to longer flight durations. Manufactured to exacting tolerances for smooth operation and consistent performance. Treated to resist corrosion from moisture, humidity, and exposure to various elements. Balanced design ensures smooth running, which is critical for stable aerial footage and data collection.

Delivers strong rotational force for improved stability and responsive control. Offers efficient energy use, contributing to longer flight durations. Manufactured to exacting tolerances for smooth operation and consistent performance. Treated to resist corrosion from moisture, humidity, and exposure to various elements. Balanced design ensures smooth running, which is critical for stable aerial footage and data collection.

Delivers strong rotational force for improved stability and responsive control. Offers efficient energy use, contributing to longer flight durations. Manufactured to exacting tolerances for smooth operation and consistent performance. Treated to resist corrosion from moisture, humidity, and exposure to various elements. Balanced design ensures smooth running, which is critical for stable aerial footage and data collection.

Delivers strong rotational force for improved stability and responsive control. Offers efficient energy use, contributing to longer flight durations. Manufactured to exacting tolerances for smooth operation and consistent performance. Treated to resist corrosion from moisture, humidity, and exposure to various elements. Balanced design ensures smooth running, which is critical for stable aerial footage and data collection.

Delivers strong rotational force for improved stability and responsive control. Offers efficient energy use, contributing to longer flight durations. Manufactured to exacting tolerances for smooth operation and consistent performance. Treated to resist corrosion from moisture, humidity, and exposure to various elements. Balanced design ensures smooth running, which is critical for stable aerial footage and data collection.

Delivers strong rotational force for improved stability and responsive control. Offers efficient energy use, contributing to longer flight durations. Manufactured to exacting tolerances for smooth operation and consistent performance. Treated to resist corrosion from moisture, humidity, and exposure to various elements. Balanced design ensures smooth running, which is critical for stable aerial footage and data collection.

Delivers strong rotational force for improved stability and responsive control. Offers efficient energy use, contributing to longer flight durations. Manufactured to exacting tolerances for smooth operation and consistent performance. Treated to resist corrosion from moisture, humidity, and exposure to various elements. Balanced design ensures smooth running, which is critical for stable aerial footage and data collection.

Delivers strong rotational force for improved stability and responsive control. Offers efficient energy use, contributing to longer flight durations. Manufactured to exacting tolerances for smooth operation and consistent performance. Treated to resist corrosion from moisture, humidity, and exposure to various elements. Balanced design ensures smooth running, which is critical for stable aerial footage and data collection.

Delivers strong rotational force for improved stability and responsive control. Offers efficient energy use, contributing to longer flight durations. Manufactured to exacting tolerances for smooth operation and consistent performance. Treated to resist corrosion from moisture, humidity, and exposure to various elements. Balanced design ensures smooth running, which is critical for stable aerial footage and data collection.

Delivers strong rotational force for improved stability and responsive control. Offers efficient energy use, contributing to longer flight durations. Manufactured to exacting tolerances for smooth operation and consistent performance. Treated to resist corrosion from moisture, humidity, and exposure to various elements. Balanced design ensures smooth running, which is critical for stable aerial footage and data collection.

Delivers strong rotational force for improved stability and responsive control. Offers efficient energy use, contributing to longer flight durations. Manufactured to exacting tolerances for smooth operation and consistent performance. Treated to resist corrosion from moisture, humidity, and exposure to various elements. Balanced design ensures smooth running, which is critical for stable aerial footage and data collection.

Delivers strong rotational force for improved stability and responsive control. Offers efficient energy use, contributing to longer flight durations. Manufactured to exacting tolerances for smooth operation and consistent performance. Treated to resist corrosion from moisture, humidity, and exposure to various elements. Balanced design ensures smooth running, which is critical for stable aerial footage and data collection.

Delivers strong rotational force for improved stability and responsive control. Offers efficient energy use, contributing to longer flight durations. Manufactured to exacting tolerances for smooth operation and consistent performance. Treated to resist corrosion from moisture, humidity, and exposure to various elements. Balanced design ensures smooth running, which is critical for stable aerial footage and data collection.

Delivers strong rotational force for improved stability and responsive control. Offers efficient energy use, contributing to longer flight durations. Manufactured to exacting tolerances for smooth operation and consistent performance. Treated to resist corrosion from moisture, humidity, and exposure to various elements. Balanced design ensures smooth running, which is critical for stable aerial footage and data collection.

Delivers strong rotational force for improved stability and responsive control. Offers efficient energy use, contributing to longer flight durations. Manufactured to exacting tolerances for smooth operation and consistent performance. Treated to resist corrosion from moisture, humidity, and exposure to various elements. Balanced design ensures smooth running, which is critical for stable aerial footage and data collection.

【Sturdy Aluminum Alloy Material】The gimbal is made of solid anodized aluminum alloy material and CNC aluminum alloy rudder plate, with a thickness of 2mm, which is durable and increases stability. 【Industrial-grade bearings】 The two-degree-of-freedom head is equipped with industrial-grade deep groove ball bearings, which can rotate smoothly, control flexibly and labor-saving, and have strong load-bearing capacity 【Reserved expansion holes】The two-dimensional electric gimbal bracket provides multiple M3 fixing holes. The top supports the installation of various sensors/cameras and other electronic equipment; the middle layer supports the installation of various sensors/cameras and other electronic equipment without the upper servo. The 4 M3 fixed copper pillars at the bottom allow the gimbal to be installed on the robot car/table as a whole. 【High-torque metal digital steering gear】2DOF gimbal uses a metal copper-toothed digital steering gear with a microprocessor inside, which can amplify the traditional 50 pulses per second signal to 300 pulses per second, so that the steering gear has a higher output frequency. The response is also faster and the control precision is more accurate. 【Wide range of applications】 The gimbal is designed for DIY electronics, Full metal bracket for building robot, robotic Arms, PTZ cameras, Raspberry Pi HQ camera and more, robot DIY kit, with 270° and 180° rotation, which adds more possibilities to your robot project (the gimbal’s load capacity is ≤10kg), Hersteller: Yahboom

【Flaggschiff-Konfiguration】Orbbec Astra Pro Depth Kamera, hochauflösender Touchscreen, anpassbarer 7-Zoll-Bildschirm, 6-DOF Roboterarm mit Kamera AI, YDLIDAR 4ROS TOF Ranging lidar, 80 mm große Mecanum-Wheel, 520 Hall-Encoding Geared Motor, 9600 mAh Lithium-Akku. y pack, durable Aluminium-Legierung Körperstruktur Hinweis: Das Jetson Nano-Entwicklungsboard ist ein Jetson Nano SUB, nicht offizielles Board. 【Exploration Function and Gameplay】Voice-controlled robot driving can be combined with mechanical arms for voice-controlled grabbing and other actions. It supports ORBSLAM2, Rtab-Map 3D, RRT exploration, gmapping and other algorithms for mapping, and navigation methods such as voice, lidar, rtab-Map 3D and so on. , conventional obstacle avoidance, following, recognition, skeleton detection and other functions can be quickly realized. 【Rosmaster X3 Plus hat 4 Versionen】Der Unterschied in der Hauptsteuerung, namely Raspberry Pi 5 16 GB, Jetson Nano, Jetson Orin Nano Super/NX Super. Please choose according to your needs. The main body of the robot car has been assembled, and users can start programming and operating the roboter as long as they complete the installation of accessories. 【Based on ROS operating system】Through Python programming, it can learn robot arm movelt simulation, drawing and navigation, STM32 underlying development, MaeiaPipe development, path planning and various algorithms. Yahboom provides open source materials, including video courses (English and Chinese) from basic to advanced. 【Cross-Plattform interconnected control】Dual APP control, real-life first-person controller, jupyter lab programming control, and ROS system control., Hersteller: Yahboom

A5 750W servo motor and 1KW servo motor with driver modbus servo kit 80ST 3000rpm for robot arm(1KW 3.2N 17b incremt)

A5 750W servo motor and 1KW servo motor with driver modbus servo kit 80ST 3000rpm for robot arm(1KW 4Nm 23bit ABS)

Motortreiber

Motortreiber

Motortreiber

Schneider Electric Lexium SCARA Roboter - LXMRSP0650200 Der Lexium SCARA ist ein hochpräziser, integrierter Roboterarm (SCARA-Typ) von Schneider Electric mit 4 Freiheitsgraden. Er kombiniert Motoren, Steuerung und Antrieb in einer kompakten Einheit - perfekt für moderne Fertigungslinien. Merkmale Ultra-kompakt & integriert: Integrierte Steuerung und Motoren reduzieren Verdrahtungsaufwand und Platzbedarf. Hohe Geschwindigkeit & Genauigkeit: Ideal für Hochgeschwindigkeits- und Präzisionsaufgaben. Maximale Traglast: 6 kg - tragfähig genug für vielseitige Anwendungen. Arbeitsbereich: 500 mm Reichweite (horizontal) mit 200 mm vertikalem Hub. Kommunikation: Sercos 3 Feldbus integriert - für schnelle, deterministische Steuerung. Schnelle Achsenbewegung: Bis zu 7050 mm/s (Achsen 1 + 2), 1100 mm/s (Achse 3), 2150 °/s bei Rotation (Achse 4). Anwendung & Nutzen Ideal für Pick-&-Place, Montage, Maschinenbestückung, Verpackung und Materialhandling. Ultra-kompakter Aufbau erleichtert Integration in bestehende Produktionslinien - minimiert Montagefläche und elektrischen Verkabelungsaufwand. Hohe Wiederholgenauigkeit (± 0,02 mm nach ISO) perfektioniert hochpräzise Positionieraufgaben. Robuste Lösung mit geringem Wartungsaufwand und nachhaltigem Serviceangebot (z. B. erweiterte Garantie, Vor-Ort-Service). Technische Spezifikationen Robotertyp: SCARA-Roboter (4 Achsen) mit integrierter Steuerung Traglast (max.): 6 kg Arbeitsbereich (horizontal): 500 mm Reichweite Vertikaler Hub (J3): 200 mm Geschwindigkeiten: Achsen 1+2: 7050 mm/s; Achse 3: 1100 mm/s; Achse 4: 2150 °/s Wiederholgenauigkeit: ± 0,02 mm Kommunikation: Sercos 3 Feldbus Installationsart: Standmontage, 6 Befestigungspunkte Konfiguration: Mit EcoStruxure Machine Expert (ESME) Software Zertifizierungen: CE, UKCA Gewicht: ca. 27 kg Lieferumfang 1× Lexium SCARA Roboter LXMRSP0650200 1× Anschlusskabel (kombiniertes Signal- & Stromkabel) 1× Benutzerhandbuch / Schnellstart-Leitfaden 1× Technische Dokumentation und Konfigurationssoftware-Zugang (EcoStruxure Machine Expert)

Produktgewicht: 184,8 g Produktgröße: 165 x 90 mm Antrieb: LFD-01 Antiblockier-Servo Produktmaterial: Acryl und Aluminiumlegierung Alter: ab 14 Jahren, Hersteller: Hiwonder