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China Explosion-Proof Collaborative Robots | Reliable Suppliers & Factory Solutions for Hazardous Environments
Core Advantages of Explosion Proof Collaborative Robot
Advantage 01
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.
Advantage 02
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.
Advantage 03
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.
Advantage 04
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.
Advantage 05
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.
Advantage 06
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 (FAQ)
How do explosion-proof collaborative robots prevent ignition in hazardous environments?
They utilize a positive pressure protection system with a hollow arm tube and joint design. By introducing a protective gas, the robot isolates internal ignition sources from external explosive gases or dust. High sealing and anti-static materials are also used to prevent spark generation.
What safety standards do these explosion-proof robots comply with?
The robots comply with international safety standards, including ISO/TS 15066. They are equipped with force sensing, collision detection, and multiple protection mechanisms such as over-voltage/under-voltage alarms and automatic shutdown to ensure safe human-robot collaboration.
What is the payload and reach range of the DZ series?
The DZ series offers rated payloads ranging from 5KG to 15KG, with reachable radii spanning from 300mm up to 1800mm, allowing them to adapt to different handling and assembly layouts.
What is the difference in protection and explosion-proof grades between the DZ and AUBO series?
The DZ series features an IP66 protection grade and Ex pxb IIC T6 Gb/Ex pxb IIIC T80℃ Db explosion-proof certification. The AUBO series features an IP65 protection grade with Ex d mb px IIB T4 Gb/Ex mbD pD tD A21 IP65 T130°C certification.
Are these collaborative robots easy to program and deploy?
Yes. They are designed for simple setup and quick deployment. The operator interface supports graphical programming and manual guidance, eliminating the need for complex programming knowledge.
What is the positioning accuracy and reliability of these robots?
These robots offer high repetitive positioning accuracy (up to ±0.02mm for specific models) using high-precision joint modules. They are highly reliable with a Mean Time Between Failure (MTBF) exceeding 10,000 hours.