Product Description:
Payload Capacity:
The AR1730 robot is designed to handle a specific range of
payloads, enabling it to efficiently perform tasks involving
carrying heavy materials.
Working Radius:
The robot's working radius indicates the extent of its workspace,
measured from its base to the end of its robotic arm.
High Precision and Repeatability:
YASKAWA robots are renowned for their outstanding precision and
repeatability, making them well-suited for applications that
require precise control.
Flexibility:
The AR1730 robot boasts flexible motion capabilities, making it a
versatile choice for a variety of applications including assembly,
material handling, welding, and more.
Advanced Control System:
YASKAWA employs advanced control systems in their robots, providing
a user-friendly programming interface for effortless operation and
monitoring of the robot's activities.
Features:
Six-Axis AR1730 Robot for Efficient Arc Welding
The AR1730 robot is the perfect solution for fast and accurate
performance in various arc welding applications. Its six-axis
design allows for precise and efficient movement, making it a
valuable asset for any welding task.
The slim profile of the robot enables high-density placement,
optimizing workspace usage. Moreover, the contoured arm design
allows for easy access to parts in tight spaces, preventing any
interference with fixtures. This feature ensures a smooth and
uninterrupted welding process.
The AR1730 robot boasts an impressive reach, making it versatile
enough to accommodate a wide range of parts. Whether it's small or
large components, this robot can handle it all without any hassle.
The upper arm of the AR1730 is equipped with a patented
double-yoke, providing additional stability and precision during
welding operations. The robot also features a symmetric wrist with
a generous range, ensuring equal torch access to both sides of the
part. This feature is particularly useful when working on complex
components.
Moreover, the robot's 50 mm thru-hole further enhances its
performance by reducing cable wear and interference. This helps
maintain the robot's efficiency and accuracy, making it an ideal
choice for high-demand welding applications.
Technical Parameters:
| Attribute | Value |
|---|
| Model | AR1730 |
| Condition | New |
| Axis | 6 |
| Payload | 25KG |
| Reach | 1730mm |
| Brand | YASKAWA |
| Mounting | Angle, Ceiling, Floor, Wall |
| Repeatability | ±0.02mm |
| Weight | 250kg |
| Protection | IP54 |
| Product Name | Welding Robot Arm |
|---|
| Other Names | Robotic Welding Arm, Welding Machine Arm |
|---|
| Model | AR1730 |
|---|
| Condition | New |
|---|
| Axis | 6 |
|---|
| Payload | 25KG |
|---|
| Reach | 1730mm |
|---|
| Brand | YASKAWA |
|---|
| Mounting | Angle, Ceiling, Floor, Wall |
|---|
| Repeatability | ±0.02mm |
|---|
| Weight | 250kg |
|---|
| Protection | IP54 |
|---|
Applications:
Assembly
Assembly is a crucial process in manufacturing, used to perform
precise tasks that improve production efficiency. This involves
carefully fitting and joining parts together to create a finished
product. It is an essential step as it ensures that the final
product is of high quality and performs as expected.
Material Handling
Another important aspect of manufacturing is material handling.
This refers to the movement and transportation of materials within
a production facility. With its strong payload capacity, using the
right equipment for material handling can significantly increase
efficiency and reduce labor costs. It is especially beneficial for
handling and transporting heavy materials that would be difficult
for humans to do on their own.
Welding
Welding is a process that joins materials together by melting the
base materials and then allowing them to cool and fuse. It is known
for its high precision and reliability, making it suitable for
various welding applications. This process is commonly used in
industries such as construction, automotive, and aerospace, to name
a few.
Material Processing
Material processing is a critical step in the manufacturing
process, as it involves transforming raw materials into finished
products. This can include cutting, shaping, and other techniques
to create a desired shape or form. With its flexible motion
capabilities, advanced equipment can efficiently perform material
processing tasks, improving overall production efficiency.
Packaging
Packaging is an essential part of the manufacturing process, as it
protects and organizes products for storage, distribution, and
sale. Automated packaging equipment is used to execute tasks such
as packaging, boxing, and pallet stacking on packaging lines. This
increases speed and accuracy while reducing labor costs and
ensuring consistent packaging quality.
Machine Operations
Machine operations refer to the tasks performed by various machines
to produce a finished product. This can include loading and
unloading of components and tasks on machine tools. Efficient
machine operations can enhance production efficiency, reduce labor
costs, and improve overall product quality.
Testing and Inspection
Final product testing and inspection are crucial in ensuring
quality and compliance with standards. Equipment specifically
designed for these tasks is employed to identify any defects or
potential issues before a product reaches the market. This not only
ensures customer satisfaction but also maintains the reputation and
credibility of the manufacturing company.
Packing and Shipping:
Packaging and Shipping for Welding Robot Arm
The Welding Robot Arm is carefully packaged to ensure safe delivery
to our customers.
Packaging
- The robot arm is first wrapped in a protective layer to prevent any
scratches or damage during transportation.
- It is then placed in a sturdy cardboard box with foam inserts
strategically placed to provide additional protection.
- The box is sealed with heavy-duty tape to ensure it stays secure
during shipping.
Shipping
We offer worldwide shipping for our Welding Robot Arm.
- For domestic orders, we use reliable and efficient shipping
services to deliver the product to our customers within 3-5
business days.
- For international orders, we work with our trusted shipping
partners to ensure timely and safe delivery of the product.
- Customers will be provided with a tracking number so they can track
their order's progress.
Our team takes great care in packaging and shipping our Welding
Robot Arm to ensure it arrives in perfect condition.
FAQ:
- Q: What is the brand of this welding robot arm?
A: The brand of this welding robot arm is YASKAWA. - Q: What is the model number of this welding robot arm?
A: The model number of this welding robot arm is AR1730. - Q: Where is this welding robot arm manufactured?
A: This welding robot arm is manufactured in China. - Q: What is the minimum order quantity?
A: The minimum order quantity for this welding robot arm is 1 unit. - Q: What is the price range for this welding robot arm?
A: The price for this welding robot arm ranges from 24000$ to
26000$. - Q: How is this welding robot arm packaged?
A: This welding robot arm is packaged in a wooden box. - Q: What is the delivery time for this welding robot arm?
A: The delivery time for this welding robot arm is 5-8 weeks. - Q: What are the accepted payment terms for this welding robot arm?
A: The accepted payment terms for this welding robot arm are T/T. - Q: What is the supply ability for this welding robot arm?
A: The supply ability for this welding robot arm is 30 units per
month.
