X01 (ARM) Collaborative Control Cabinet

Product Overview

In the era of flexible manufacturing, the core value of collaborative robots lies in "flexibility" and "efficiency". The Nabote X01 (ARM) Collaborative Control Cabinet is equipped with a high-performance T507 ARM processor and the self-developed NexDroid control system, delivering powerful control performance in an ultra-lightweight body weighing only 5.6 kg.

Compatible with 5/6/7-axis collaborative robots, with 20+ built-in mature industrial process packages. With its breakthrough lightweight design and a fully open underlying architecture, Nabote redefines the control standard of collaborative robots, helping enterprises achieve cost reduction, efficiency improvement, and flexible production.

Product Advantages

Ultra-Light, Stable & Powerful

The X01 (ARM) Collaborative Control Cabinet is equipped with a T507 ARM processor and 2 GB RAM, ensuring microsecond-level high dynamic response and ultimate operational stability. The high-strength all-steel body measures only 287 × 268.9 × 96.2 mm and weighs just 5.6 kg, perfectly fitting narrow spaces and flexible deployment requirements, and is suitable for various factory/workshop scenarios.

Intelligent Motion Control, Efficient Collaboration

The X01 (ARM) Collaborative Control Cabinet integrates the self-developed NexDroid system, integrating vision + conveyor tracking (dynamic pick-and-place) and a visual palletizing process package (supporting row/column, return-shaped, five-flower stack and other patterns). Collision detection response time < 0.2 s (instant stop and retract on contact), with adjustable sensitivity; supports devices with IP68 protection rating, ensuring safety even in the harshest environments.

In addition, the system supports Z-axis intelligent trajectory offset, rapid reference point calibration, visual linkage debugging, and dynamic target tracking, meeting the needs of high-precision assembly and dynamic pick-and-place.

Multiple Protocols, Comprehensive Interfaces

Dual-Port Network Architecture

1 × EtherCAT (bus control) + 1 × Ethernet (general communication), ensuring high-speed, lossless interaction of massive data.

Fully Open Protocols

Fully compatible with EtherCAT, Ethernet/IP, OPC-UA, Modbus TCP/RTU, CAN and other mainstream protocols, supporting customized secondary development.

Rich I/O:

Standard with 16 isolated DI, 16 isolated DO, 2 AI, 2 AO, easily handling complex external device integration.

Application Scenarios

With 20+ built-in mature process algorithm packages, it covers mainstream industrial application scenarios in one stop, simplifying complex production configuration steps.

Welding Processes (Arc / TIG / Laser / Spot Welding)

Precise control of arc and trajectory yields better weld formation and significantly improves welding yield and consistency.

Machining (Stamping / Laser Cutting)

High-speed and high-precision trajectory planning ensures machining accuracy and coating uniformity, meeting precision manufacturing needs.

Logistics & Handling (Palletizing / Loading-Unloading)

Intelligent scheduling linked with vision systems enables high-speed dynamic pick-and-place / complex stacking, making palletizing and other processes more efficient.

Dimensions

Specifications