Pick And Place 4 Axis Industrial Manipulator Arms
1. Hulk robot is 4 axis smart robot with payload of 1kg.
2. The robot arm span is 540mm, repeat positioning accuracy is
0.05mm, no control cabinet.
3. Our robot can 24h continuous work.
4. The operational system is researched and developed by ourselves, which
can be worked when it connected with robot via WIFI.
5. Once upon contract confirmed, we will provide all of detailed
instructions to you and your electric engineer could install within
15 minutes and program it according to your application .
6. If there are any questions during using,we would communicate
thru video and our engineer could provide after-service support for
you.
7. Our robot is suitable for grasping, assembling, gluing and screwing small
parts, which be widely used in small auto parts, 3C, lens
processing, educational and other industries.
8. Our robot has 5 I/O itself,if not enough, which can add extra 16
I/O
1. Item: Industrial manipulator arm
2. N.W.: 13kg
3. Warranty period: 1year
4. Size: 316*220*590mm
5. Core component: motor, bearing, timing belt pulley
Robot Parameters:
| Working radius | 540mm |
| Repeat Positioning Accuracy | ±0.05mm |
| Power Consume | 0.4KVA |
| Voltage rating | 220V |
| Safety standard | ISO 9001-2015 |
| Control software | Hulkbot App |
Power supply Input | Single phase 110V-240V Output: DC 24V (400W) |
| Installation | Floor |
Application | Picking, loading, casting, polishing etc |
Safety standard | ISO 9001-2015 |
Frequency | 60HZ |
Features:
1. Easy to operate.
2. Labor saved.
3. Tablet control
4. Easy installation.
5. No control cabinet.
6. Avoid complex wiring, convenient for on-site installation.
Application Fields:
1. Load & Unload
2. Pick and place
3. Palletizer
4. Grab masks
5. School laboratory
6. lock screw
7. Laptop case grab
8. Auto parts
9. 3C electronics
Our Advantages:
In our traditional impression, factories are always the rumbling
scene of various large-scale machinery. In fact, it is not. Many
factories now do the processing of some small parts and components,
and even the processing of smart phones are factories. Produced on
the processing line. The total amount of these products is not
heavy and does not require large-scale machinery, but its
processing is very precise and requires very flexible robotic arms.
So some small flexible robotic arms are on the scene.
The manipulator is an automatic operation device that imitates
certain motion functions of human hands and arms, and is used to
grasp, carry objects or operate tools according to a fixed
procedure. Its characteristic is that it can be programmed to
complete various expected tasks, and its structure and performance
have the advantages of both human and mechanical handpieces.
advantage:
1. The manipulator can save workers, improve work efficiency,
reduce costs,
2. Improve product quality, good safety, and enhance the image of
the factory.
Advantages of multi-joint manipulator:
1. Flexible movement, small movement inertia, strong versatility,
and able to grasp the workpiece close to the machine base.
2. High positioning accuracy and large working space.
Our History:
2016,
In July, Incorporation of the company in China Taicang.
In December, Hulk robot won the assessment of Taicang leader
talents
2017,
In March, start to research and develop the control system of
robot.
In October, Hulk robot has the honor to get award of private
technology enterprise in Jiangsu province.
In December, start to design small load robot.
2018,
In May, the first-generation prototype of robot control system
success with trail production. This is first milestone with respect
to the company's smart robot arm presence.
In June, the first-generation prototype was sent to Germany to
test.
In July, the second-generation prototype of robot control system
success with trail production.
In September, the second-generation prototype was sent to Germany
to test.Hulk robot get the award of “Innovative And Entrepreneurial
Talent Of Jiangsu Province”
In November, Hulk robot get the award of “National High-Tech
Enterprise”
2019,
In January, the third-generation prototype of robot control system
success with trail production.
In April, the fourth-generation prototype of robot control system
success with trail production.
In June, the models of fifth-generation was sent to Germany to
test.
In September, with the mass production of fifth-generation robot
start to launch on the market.
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