Multi-Axes Robots
NURO
SERIES
Make difficult multi-axes robots ‘easy!’ NURO X, multi-axes robots,
which can establish the secondary automation system
with an easy and convenient system!
Make difficult multi-axes robots ‘easy!’ NURO X, multi-axes robots, which can establish the secondary automation system with an easy and convenient system!
The NURO X series of NAU Robotics was made to perfectly overcome the problems of multi-axes robots which couldn’t be easily handled by beginners and difficulties arising because it was difficult to cope with the flow of injection molding which had become increasingly complicated with cartesian robots.
The NURO X series which are multi-axes robots exclusively for plastic injection can be easily used in the field without experts or engineers specialized in robots because they have a simple work teaching system! They handle situations flexibly in the field through their inherent strong points, such as an easy operation system, compact structure, high accuracy and fast speed, and are highly reliable and maximize the production efficiency with remarkable performance!
In addition, it is possible to establish the secondary automation system by applying them not only to basic insert and take-out processes but also to various post-operations, such as cutting, insertion, packaging and transportation.
Apply Easy Multi-Joint Robot UI 
The intuitive UI is provided, instead of the difficult coding type of the existing multi-joint robots, so that even people who are not robot experts can use easily.
Easy Interface
Apply the interlock boards which easily enable interface connections with standardized EUROMAP12 / EUROMAP67 between injection machines and multi-axes robots.
Integrated Valve Box System
Designed to easily manage complicated valve lines by applying an integrated vacuum valve box system, field laborers can easily operate multi-axes robots.
Interface Connection Port
They can be easily managed through easy and simple interface connection ports, they can be conveniently checked and repaired and errors in robot operation are minimized.
Application Cases
Code Cases
Product Image
Robot Images
Specifications & Drawings
Spec & Drawing
| Product Model | NURO X 8 | NURO X 25 | NURO X 50 | NURO X 150 | NURO X 210 | |
| Installation Method | Floor Mounted, suspension Installation | Floor Mounted, Invert Mounted | Floor Mounted, Rack Mounted, Inverted Mounted | Floor Installation | ||
| Freedom of Motion | 6 | |||||
| Maximum motion Range | 901.8mm | 1660mm | 2146mm | 3200mm | 2700mm | |
| Motion Range of Each Shift | Joint No.1 | ±170° | ±170° | ±180° | ±180° | ±180° |
| Joint No.2 | +147°/-87° | +77°/-160° | +70°/-130° | +60°/-80° | +60°/-80° | |
| Joint No.3 | +72°/-210° | +165°/-85° | +175°/-80° | +90°/-83° | +90°/-83° | |
| Joint No.4 | ±190° | ±190° | ±360° | ±360° | ±360° | |
| Joint No.5 | ±120° | ±130° | ±115° | ±120° | ±120° | |
| Joint No.6 | ±360° | ±360° | ±450° | ±360° | ±360° | |
| Motion Velocity of each shaft | Joint No.1 | 375°/sec | 220°/sec | 170°/sec | 100°/sec | 100°/sec |
| Joint No.2 | 300°/sec | 180°/sec | 170°/sec | 90°/sec | 90°/sec | |
| Joint No.3 | 400°/sec | 200°/sec | 170°/sec | 85°/sec | 85°/sec | |
| Joint No.4 | 560°/sec | 360°/sec | 270°/sec | 105°/sec | 109°/sec | |
| Joint No.5 | 545°/sec | 360°/sec | 270°/sec | 100°/sec | 105°/sec | |
| Joint No.6 | 880°/sec | 410°/sec | 365°/sec | 195°/sec | 200°/sec | |
| Body Weight (Cables excluded) | 36Kg | 172kg | 550kg | 1150kg | 1110kg | |
| Repeatability | ±0.03mm | ±0.05mm | ±0.06mm | ±0.2mm | ±0.1mm | |
| Maximum Load | 8kg | 25kg | 50kg | 150kg | 210kg | |
| Ambient Temperature | 0~45℃ | 0~45℃ | 0~45℃ | 0~45℃ | 0~45℃ | |
| Body IP Code | IP54 | IP54 / IP67(손목) | IP54 / IP67(손목) | IP65 | IP65 | |
| Protection grade of electric cabinet | - | IP20 / IP54(옵션) | IP54 | IP54 | IP54 | |
| Function | Assembling, Loading&Unloading, Packaging | Solar Panel Handling, Handling, Assembling, Grinding, Polishing, Deburring | Grinding, Polishing, Handling, Palletizing | Spot Welding, Grinding, Handling, Palletizing |
Application
Application
Intuitive User Interface
Designed according to the intuitive UI type, instead of the existing difficult coding type, to be operated like or cartesian take-out robots, even people who are not robot experts can easily operate them.
Optimized Software
It is possible to easily realize a robot system with the optimized programming through analyzing injection molding processes, such as taking out, insert, gate cutting and palletizing.
Easy Operation
Equipped with a touch screen, it is possible to quickly and easily confirm inputs through a really bright seven-inch screen.
Maximized Efficiency
The efficiency is maximized by resolving requirements of injection molding processes, such as multi-species small production and complicated molding structure, and various specifications of the working environment.
