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China Suppliers Factory: Industrial Grade Explosion-Proof Collaborative Robots for Hazardous Environments
Core Advantages of Explosion Proof Collaborative Robot
01
Positive Pressure Protection
Explosion-proof collaborative robot adopts explosion-proof design, arm tube and joint module adopts hollow design, can build positive pressure protection system, using protective gas to isolate the ignition source inside the shell and the explosive gas or dust outside the shell to achieve the purpose of explosion-proof; and through the third-party authoritative testing organizations to verify, and obtain the certificate of conformity of explosion-proof.
02
Advanced Safety Standards
The explosion-proof collaborative robot adopts high sealing and anti-static materials to prevent the explosion caused by internal sparks or high temperature. It is equipped with multiple protection functions such as over-voltage, under-voltage alarm and automatic shutdown to ensure safe operation. The whole machine complies with ISO/TS 15066 and other international safety standards.
03
Human-Robot Collaboration
Explosion-proof collaborative robots have small self-weight, force sensing and collision detection functions to ensure safe collaboration with humans. Support manual guidance and programming operation and other flexible operation modes, can be adapted to a variety of tasks. The small size of the whole machine, load self-weight ratio is large, can perform assembly, handling, testing, packaging and other tasks.
04
Intuitive Programming
Explosion-proof collaborative robots are easy to program, and the demonstrator is equipped with an intuitive operator interface that supports graphical programming and manual guidance, eliminating the need for complex programming knowledge. Simple setup and debugging, can be quickly deployed to ensure rapid production.
05
High Precision & Reliability
Explosion-proof collaborative robots use high-precision joint modules and high-rigidity body structure, with high repetitive positioning accuracy, suitable for precision tasks. The robot's MTBF (Mean Time Between Failure) is more than 10,000 hours, running smoothly to ensure high-quality production.
06
Smart Factory Integration
Explosion-proof collaborative robots support linkage with sensors, monitoring systems, and industrial internet of things (IOT) to realize remote monitoring, fault warning and automation control. Integrating a variety of sensors, it collects and transmits data in real time to support monitoring and analysis.
Technical Specifications of Explosion-proof collaborative robots
DZ series
| WBR-E05F | Degree of freedom | 6 Axis | |
| Rated Payload | 5KG | ||
| Repositioning accuracy | ±0.02mm/0.03 | ||
| Weight | 43kg | ||
| Reachable radius | 800mm | ||
| Body Protection Grade | IP66 | ||
| Explosion-proof grade | Ex pxbICT6Gb/Ex pxbIIIC T80℃Db | ||
| Joint Speed Motion Range | J1 | 180° / sec (±360°) | |
| J2 | 180°/ sec (±135) | ||
| J3 | 180°/ sec (±153) | ||
| J4 | 180°/ sec (±360°) | ||
| J5 | 200°/ sec (±180°) | ||
| J6 | 200°/ sec (±360°) | ||
| WBR-E10F | Degree of freedom | 6 Axis | |
| Rated Payload | 10KG | ||
| Repositioning accuracy | ±0.03mm | ||
| Weight | 43KG | ||
| Reachable radius | 1000mm | ||
| Body Protection Grade | IP66 | ||
| Explosion-proof grade | Ex pxbICT6Gb/Ex pxbIIIC T80℃Db | ||
| Joint Speed Motion Range | J1 | 180°/ sec (±360°) | |
| J2 | 180°/ sec (±135°) | ||
| J3 | 180°/ sec (±153) | ||
| J4 | 180°/ sec (±360° | ||
| J5 | 200°/ sec (±180°) | ||
| J6 | 200°/ sec (±360°) | ||
| WBR-E10F-L | Degree of freedom | 6 Axis | |
| Rated Payload | 8KG | ||
| Repositioning accuracy | ±0.03mm | ||
| Weight | 43KG | ||
| Reachable radius | 1300mm | ||
| Body Protection Grade | IP66 | ||
| Explosion-proof grade | Ex pxbICT6Gb/Ex pxbIIIC T80℃Db | ||
| Joint Speed Motion Range | J1 | 100°/ sec (±360°) | |
| J2 | 100°/ sec (±135° | ||
| J3 | 150°/ sec (±360) | ||
| J4 | 150°/ sec (±360) | ||
| J5 | 180°/ sec (±180°) | ||
| J6 | 180°/ sec (±360°) | ||
| WBR-E12F | Degree of freedom | 6 Axis | |
| Rated Payload | 12KG | ||
| Repositioning accuracy | ±0.05mm | ||
| Weight | 72KG | ||
| Reachable radius | 1800mm | ||
| Body Protection Grade | IP66 | ||
| Explosion-proof grade | Ex pxbICT6Gb/Ex pxbIIIC T80℃Db | ||
| Joint Speed Motion Range | J1 | 80°/ sec (±360°) | |
| J2 | 80°/ sec (±135°) | ||
| J3 | 120° / sec (±153) | ||
| J4 | 120°/ sec (±360°) | ||
| J5 | 150°/ sec (±180°) | ||
| J6 | 150°/ sec (±360°) | ||
| WBR-E15F | Degree of freedom | 6 Axis | |
| Rated Payload | 15KG | ||
| Repositioning accuracy | ±0.05mm | ||
| Weight | 60KG | ||
| Reachable radius | 300mm | ||
| Body Protection Grade | IP66 | ||
| Explosion-proof grade | Ex pxbICT6Gb/Ex pxbIIIC T80℃Db | ||
| Joint Speed Motion Range | J1 | 80°/ sec (±360°) | |
| J2 | 80°/ sec (±135°) | ||
| J3 | 120°/ sec (±153) | ||
| J4 | 120°/ sec (±360°) | ||
| J5 | 150°/ sec (±180°) | ||
| J6 | 150°/ sec (±360°) | ||
AUBO series
| Model | Technical Specifications | ||
| WBR-110FB | Degree of freedom | 6 Axis | |
| Rated Payload | 10KG | ||
| Repositioning accuracy | ±0.03mm | ||
| Weight | 38.5KG | ||
| Reachable radius | 1300mm | ||
| Body Protection Grade | IP65 | ||
| Explosion-proof grade | Exdmb pxIIBT4 Gb/Ex mbD pDtD A21IP65 T130°C) | ||
| Joint Speed Motion Range | J1 | 178°/ sec (±360°) | |
| J2 | 178°/ sec (±360°) | ||
| J3 | 223°/ sec (±360°) | ||
| J4 | 178°/ sec (±360°) | ||
| J5 | 237°/ sec (±360°) | ||
| J6 | 237°/ sec (±360°) | ||
| WBR-116FB | Degree of freedom | 6 Axis | |
| Rated Payload | 16KG | ||
| Repositioning accuracy | ±0.03mm | ||
| Weight | 38KG | ||
| Reachable radius | 1000mm | ||
| Body Protection Grade | IP65 | ||
| Explosion-proof grade | Exd mb pxIIB T4 Gb/ExmbD pDtDA21IP65T130°℃) | ||
| Joint Speed Motion Range | J1 | 178°/ sec (±360°) | |
| J2 | 178°/ sec (±360°) | ||
| J3 | 267°/ sec (±360°) | ||
| J4 | 178°/ sec (±360°) | ||
| J5 | 178°/ sec (±360°) | ||
| J6 | 178°/ sec (±360°) | ||
| WBR-120FB | Degree of freedom | 6 Axis | |
| Rated Payload | 20KG | ||
| Repositioning accuracy | ±0.1mm | ||
| Weight | 63KG | ||
| Reachable radius | 1650mm | ||
| Body Protection Grade | IP65 | ||
| Explosion-proof grade | Exd mb pxIIB T4 Gb/ExmbD pDtDA21IP65T130°C) | ||
| Joint Speed Motion Range | J1 | 93°/ sec (±360°) | |
| J2 | 93°/ sec (±360°) | ||
| J3 | 178°/ sec (±360°) | ||
| J4 | 178°/ sec (±360°) | ||
| J5 | 178°/ sec (±360°) | ||
| J6 | 178°/ sec (±360°) | ||
| WBR-FS35 | Degree of freedom | 6 Axis | |
| Rated Payload | 35KG | ||
| Repositioning accuracy | ±0.05mm | ||
| Weight | 155KG | ||
| Reachable radius | 2100mm | ||
| Body Protection Grade | IP65 | ||
| Explosion-proof grade | Exdmb pxIIBT4Gb/ExmbDpD tDA21IP65T130°℃) | ||
| Joint Speed Motion Range | J1 | 180°/ sec (±360°) | |
| J2 | 180°/ sec (±135°) | ||
| J3 | 148°/ sec (±360°) | ||
| J4 | 296.3°/ sec (±360°) | ||
| J5 | 296.3°/ sec (±360°) | ||
| J6 | 296.3°/ sec (±360°) | ||
Frequently Asked Questions
How does the explosion-proof collaborative robot prevent ignition?
It features a hollow arm tube and joint design to build a positive pressure protection system. By utilizing protective gas, it isolates internal ignition sources from external explosive gases or dust. High-sealing and anti-static materials are also used to prevent explosions from internal sparks or high temperatures.
What safety certifications and standards do these robots meet?
The robots are verified by third-party authoritative testing organizations and hold explosion-proof certificates of conformity. The entire system complies with international safety standards, including ISO/TS 15066.
Are these collaborative robots safe to work alongside humans?
Yes. They feature a lightweight body, integrated force sensing, and collision detection capabilities to ensure safe collaboration with human operators. They also support manual guidance for flexible operation.
Is programming these robots difficult?
No, they are easy to program. The demonstrator comes with an intuitive operator interface that supports graphical programming and manual guidance, eliminating the need for complex programming knowledge.
What is the reliability and lifespan of these robots?
Built with high-precision joint modules and a high-rigidity structure, these robots have a Mean Time Between Failure (MTBF) of more than 10,000 hours, ensuring smooth and reliable long-term production.
Can these robots be integrated into smart factories and IoT networks?
Yes, they support linkage with sensors, monitoring systems, and the Industrial Internet of Things (IIoT) to enable remote monitoring, real-time data collection, fault warnings, and automated control.