Discover the Future of Painting with RoboAlba! Our advanced spray painting robots bring precision, speed, and reliability to your fingertips. Experience the perfect blend of technology and craftsmanship, ensuring every surface is flawlessly coated. This makes them widely used in various manufacturing fields, such as automobile manufacturing, aerospace, home appliance manufacturing, etc. Embrace innovation with QJAR and elevate your painting projects to new heights. Achieve the combined use of multiple spraying methods, such as gas spraying, electrostatic spraying, Cyclone spraying, Paint atomization, magnetic control spraying, etc.
Why our robots?
Flexible installation
Installation and debugging of the robot only takes a few hours with ground or inverse installation options.
Lightweight Structure
The compact and lightweight structure of the robot allows it to operate in narrow spaces under high running speeds.
Explosion-proof Certified
First certified painting robot in China with an explosion-proof feature.
Refining wrist design no singular point
Improve transmission stiffness; same frequency design of the transmission chain, reduce irregular vibration sources.
No singular point
The front of RP series robot has a wrist structure without singularity and can be equipped with a pipeline arm, which makes synchronous tracking and spraying easier.
Non teaching spray painting function
Teaching-free spraying function application, the robot imitates manual movements and automatically generates spraying trajectories, without teaching programming, simple, convenient and easy to operate.
Решния которые мы предлагем
Основные варианты использования покрасочных роботов
Система покраски пульвилизатором на больших оборотах
Powder coating
Стандартная серия покрасочных роботов
Airless Spray
Uses high pressure to atomize paint, resulting in less overspray and higher efficiency.
HVLP (High Volume, Low Pressure)
Utilizes high air volume at low pressure for a smoother finish with less overspray.
Industrial Painting Robots
QJR6-2700P
비방폭형
Axis Number: 6
Payload: 6kg
Repeat Positioning: ±0.5mm
Max Armspan: 2701mm
Robot Body Weight: 400kg
Power Capacity: 4.4kVA
Power Supply: 단상 220V
Cabinet Size: 600*480*1270mm
Cabinet Weight: 120kg
Installing Form: 바닥
QJR20-1600
비방폭형
Axis Number: 6
Payload: 20kg
Repeat Positioning: ±0.05mm
Max Armspan: 1668mm
Robot Body Weight: 270kg
Power Capacity: 3.7kVA
Power Supply: 단상 220V
Cabinet Size: 600*480*920mm
Cabinet Weight: 95kg
Installing Form: 바닥, 벽
QJRP10-1
방폭형
Axis Number: 6
Payload: 10kg
Repeat Positioning: ±0.5mm
Max Armspan: 2035mm
Robot Body Weight: 370kg
Power Capacity: 4.4kVA
Power Supply: 단상 220V
Cabinet Size: 600*480*1270mm
Cabinet Weight: 120kg
Installing Form: 바닥
QJR25-1800
방폭형
Axis Number: 6
Payload: 25kg
Repeat Positioning: ±0.05mm
Max Armspan: 1852mm
Robot Body Weight: 270kg
Power Capacity: 3.8kVA
Power Supply: 단상 220V
Cabinet Size: 600*480*1270mm
Cabinet Weight: 120kg
Installing Form: 바닥, 천장
Industrial Painting Robot:
First Certified First certified painting robot in China with an explosion-proof feature. Refining wrist design no singular point Improve transmission stiffness; same frequency design of the transmission chain, reduce irregular vibration sources. No singular point The front of RP series robot has a wrist structure without singularity and can be equipped with a pipeline arm, which makes synchronous tracking and spraying easier. IP67 degree Whole machine with fully enclosed design and non-intermittent state design performance, can work in the harsh environment for long time. Explosion-proof equipment Optional positive pressure explosion-proof system to cope with flammable and explosive environment. Non teaching spray painting function Teaching-free spraying function application, the robot imitates manual movements and automatically generates spraying trajectories, without teaching programming, simple, convenient and easy to operate.
Our Painting Robot's Highlights
TSC100 The Programming-free Teaching System
Leading domestic robot technology supplier: Led by a well-known Tsinghua professor, with source code-level R&D capabilities and continuous cutting-edge technical support; More than ten years of technology and experience in the spraying industry, and richfield application cases.
Function 1. Multi-axis real-time linkage.No need to open additional axes or add PLC, the system standard can support 12-axis linkage. 2. Real-time 3D simulation, support trajectory preview, cross-sectional detection and other functions. 3. Real-time tracking of assembly lines.Real-time synchronization of assembly lines,catenary emergency stop and robot pause interlock, no joint marks, improve yield rate. 5. Speed feedforward, improve trajectory reproduction accuracy. 6. Support mixed line production. TechnicalParameters Model: TSRC100-7 Number of axes:9 axes in series,12 axes in additional axes Precision:about 2~5mm Communication interface:EtherCAT communication for servo drive, Upper computer communication:TCP/IP Supported hardware:Support EtherCAT type servo drive Electrical cabinet size:1.5*0.6*0.4m Power supply:AC220V Working temperature:-10℃~+75C Features Extremely simple operation: no programming required, ordinary workers can use it. High dynamic response without inertia and resistance constraints High precision: mm level, 100% reproduction of manual trajectory. Intrinsic safety: no physical contact between man and machine. The worker demonstrated with a spray gun, and the robot reproduced the scene 1:1
The Innovators:
How a Group of Geniuses, and Geeks Created the Digital Revolution