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Products Description
BRTIRUS2917B is a six-axis robot developed by BORUNTE for complex applications with multiple degrees of freedom.
Main Specifications of Six-Axis Robotics in The Auto Industry:
Arm Length (mm): 3168
Repeatability (mm): ±0.2
Loading Ability (kg): 170
Power Source (kVA): 12.46
BRTIRUS2917B is a six-axis robot developed by BORUNTE for complex applications with multiple degrees of freedom. Its maximum load can reach 170 kg, with a 3168 mm arm span and six degrees of freedom of flexibility, making it capable of handling scenarios such as loading and unloading, assembly, and transportation of injection molded parts on the machine tool. IP code: IP40. Repeated positioning accuracy: ± 0.2mm.
Basic Parameters of Six-Axis Robotics in The Auto Industry:
| Item | Range | Max. speed | |
| Arm | J1 | ±160° | 85°/s |
| J2 | -75°/+30° | 70°/s | |
| J3 | -80°/+85° | 70°/s | |
| Wrist | J4 | ±180° | 81°/s |
| J5 | ±130° | 87°/s | |
| J6 | ±360° | 116°/s | |
The application of BRTIRUS2917A industrial robot:
1. Metal processing
Metal processing refers to the processing of copper, iron, aluminum, and other raw materials into articles, parts, and components. It can replace manual forging, rolling, drawing steel wire, impact extrusion, bending, shearing, and other processes.
2. Polishing
The pneumatic grinder is operated by the robot, which also performs rough grinding, fine grinding, and polishing on the workpiece while automatically changing sandpaper with various grain sizes. Different-sized sandpaper is automatically removed and replaced by the robot. Two stations are present, one for polishing and the other for bringing and taking away work items. Every time the polishing process is conducted, water is used as the medium.
3. Assembling
In this context, robot assembly often refers to vehicle assembly. Automobile assembly is separated into a set of steps on an automated manufacturing line. Engineers establish numerous techniques to collaborate with employees to fulfill the installation of doors, front covers, tires, and other components.
Robot handling and hoisting diagram:
BRTIRUS2917B Hoisting Standard Description：
1. Two straps of the same length pass through both sides of the base.
2. The left side of sling 1 is fixed at the intersection of the first and second axis rotating seats and the spring cylinder body, passing through the inner side of the boom and facing upwards. The length is slightly shorter to prevent the robot from tilting back, and the right side passes through the left side of the second-axis motor.
3. The left side of sling 2 is fixed on the second axis of the boom, and the right side passes through the right side of the first axis motor.
4. Remove the fixing screws from the base in the receiving position and secure the lifting strap as described above.
5. Gradually raise the hook and tighten the strap.
6. Gradually raise the hook and observe the tilt of the base when lifted.
7. Lower the hook and adjust the length of the straps 1 and 2 on both sides according to the tilt of the base.
8. Repeat steps 5-7 to ensure that the base remains level when lifted.
9. Move in other directions.
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