Robot Arm Aluminum Casting is aluminum arm, Hydraulic and electric

Product Introduction

NOTICE: All the products on our website indicate the ranges we can manufacture and our production capability.

We offer cast aluminum products according to customer’s drawings or samples.

Please feel free to contact us if you have any questions or suggestions about our business.

Product Specification

Quality Control

• Supplier management
• Incoming Inspection
• Process Control
• Reliability Testing
• Out-of-factory Inspection
• Complaints Disposal

​Casting Process

Packaging & Delivery

1. Exported Standard pallets included carton package
2. Exported Standard Wooden crate
3. Do package as Customer required

Our Customers

Office & Factory

Production Equipment

Additional Product Information

The hydraulic system is relatively mature, compact, three anti-ideal ideal, the hydraulic pump is placed at the proximal end, the moving bucket is at the far end, the lifting force can be very large, but the power loss is also large, the hydraulic oil leaks and the overall failure, the hose routing is complicated And so on, the whole machine needs circuit and hydraulic two-way system.For industrial applications, a robotic arm is sometimes not required to have a full six degrees of freedom, but only one or a few degrees of freedom. A right Angle coordinate manipulator can be composed of a single axis manipulator. Uniaxial mechanical arm as a component is widely used in industry. The figure below is a single-axis robotic arm. Uniaxial mechanical arm componentized greatly reduces the cost of industrial design, for professional manufacturers have the advantage of a good quality assurance and batch production, using the component advantage more than the designed mechanical arm. The common combination of direct - cross manipulator is cantilever, gantry, upright, horizontal and vertical.For semiconductor manufacturing applications, the usual robotic arm is used to carry the chip
The electric structure is simple and it belongs to a distributed layout. It can provide only electric power. After a single motor failure, it does not affect the whole, the cost is low, and the parts are easier to buy and replace. The problem is that the motor power density or power per unit mass is lower than that of the hydraulic system. It also needs the gear and worm to amplify the torque, and the DC transmission loss is

large. The AC frequency conversion is also not easy to realize and is not waterproof.
In addition, both of them face the problem of low battery capacity and output power, so some products use oil machines instead.