The robot is composed of multiple single-axis robots that can be combined in different styles to achieve multi-axis combination to achieve applications such as rectangular coordinate robots, XYZ multi-axis robotic arms, etc. From light loads to heavy loads, from short strokes to long strokes, we have a wide range of product sizes to choose the most suitable combination according to the application.
Can be spliced with multi-axis manipulator cantilever type, polar coordinate system, gantry type Repeat positioning accuracy ±0.02mm
Cantilever Type-2 Axis A-Type
Y-axis base fixed type
Features: Basic combination type where the Y-axis base is fixed on the X-axis slider mounting part.
Usage environment: Use after installing the device or Z-axis on the Y-axis slider
Y-axis slider fixed type
Features: The Y-axis slider is fixed on the X-axis slider mounting part, and the Y-axis body moves
Usage environment: Used when there are obstacles and the Y-axis body needs to move forward and backward
Cantilever Type-3 Axis A-Type
Axis base fixed type + Z-axis base fixed type
Features: The base surface of the Z-axis is fixed on the Y-axis slider mounting part, and the Y-axis base is fixed on the X-axis slider mounting part. Type: Use environment: The Z-axis body is fixed, and the slider moves up and down. Compared with the Z-axis slider fixed type, the load is greater
Note: The Z-axis is equipped with a brake as standard
Y-axis base fixed type + Z-axis slider fixed type
Features: The slider surface of the 2-axis is fixed on the Y-axis slider mounting part, and the Y-axis base is fixed on the X-axis slider mounting part
Usage environment: The 2-axis body moves up and down, suitable for occasions where there are obstacles during movement.
Note: Z-axis comes standard with brake
Discover the transformative power of our Multi-automation Module Industrial Robot Arm FSKA. This intelligent robot arm is engineered to deliver unparalleled flexibility, precision, and safety across a vast spectrum of industrial and commercial applications.
A Multi-automation Module Industrial Robot Smart Arm is an advanced industrial robot system integrating
multiple functional modules, designed specifically for intelligent manufacturing and highly flexible automat
ed production. By highly integrating drive, sensing, control, and execution units, it achieves autonomous
completion of complex tasks and is widely used in new energy, electronics manufacturing, and the automo
tive industry.
I. Core Components and Technical Features
This smart arm typically consists of the following key parts:
1. Mechanical Structure System
Including a base, a multi-joint arm, and an end effector, possessing multiple degrees of freedom, allowing
for flexible movement in three-dimensional space. Its structural design mimics a human arm, supporting
flexion, extension, rotation, and translation.
2. Drive and Execution Module
Utilizing servo motors, harmonic reducers, and electric cylinder modules as power sources, it provides high
-precision, high-response motion control capabilities. For example, repeatability can reach ±1μm, meeting
micron-level manufacturing requirements.
3. **Intelligent Control System:** Equipped with a programmable logic controller (PLC), supporting guided
teaching, coordinate positioning, and multi-axis collaborative control. Compatible with high-speed bus pro
tocols such as EtherCAT, achieving μs-level synchronous control.
4. **Environmental Interaction System:** Featuring 2D/3D vision and torque sensors, enabling the robot to
recognize workpiece posture, sense contact force, and achieve adaptive grasping and precision assembly.
II. Typical Application Scenarios
**New Energy Battery Manufacturing:** Used in processes such as cell stacking, top cover welding, and seal
ing press-fitting. The electric cylinder module achieves ±0.01mm precision control, improving yield.
**Photovoltaic Automated Production Line:** Leveraging high speed and stability in silicon wafer sorting
and stringer synchronous control, supporting the production of thin N-type batteries.
**Intelligent Warehousing and Logistics:** Combining vacuum suction cups and a graphical programming
system to achieve automatic identification, handling, and palletizing of goods.
**Welding Automation:** Integrating welding torches and sensing systems to complete continuous operati
ons such as spot welding and arc welding, significantly improving welding efficiency and quality stability.
The Multi-automation Module Industrial Robot Smart Arm, by integrating various functional modules,
can be flexibly adapted to a wide range of industrial applications, including:
Precision Assembly & Inspection
Electronics Manufacturing: Used for the insertion, welding, and inspection of precision components such
as mobile phones and circuit boards, with repeat positioning accuracy reaching ±0.02mm.
Automotive Parts: completes the assembly and quality inspection of complex components such as engin
es and transmissions.
Logistics & Warehouse Automation
Material Handling: Equipped with pallet or conveyor belt modules to automate material transport from
warehouse to production line, such as MiR AMR's pallet handling system.
Sorting & Palletizing: Uses vision recognition technology to quickly sort and stack goods, applicable to
e-commerce and food industries.
Collaborative & Flexible Production
Human-Robot Collaboration: such as Franka's dual-arm robot, which can collaboratively complete tasks
like assembly and packaging, with force sensing technology ensuring safety.
Customized Production Line: Allows for quick function switching through modular design to adapt to
small-batch, multi-variety production needs.
Special Environment Operations
High-risk Scenarios: Used for equipment maintenance or sample collection in hazardous areas such as
chemical plants or nuclear radiation zones.
Medical Assistance: Performs tasks like pharmaceutical dispensing or instrument transfer in sterile envir
onments.
Its modular design (including robotic arm, sensors, AI vision, etc.) endows it with wide applicability in
fields such as smart manufacturing, logistics, and healthcare.
Automotive and New Energy Manufacturing
Robotic arms are widely utilized in processes such as welding, battery module assembly, and the precision press-fitting of electric drive systems. Tesla's Optimus humanoid robot project is slated for mass production, driving a surge in demand across the supply chain for high-precision, collaborative robotic arms. Meanwhile, traditional six-axis robotic arms continue to undergo upgrades within the intelligent production lines of automakers in Europe and North America, meeting increasingly rigorous requirements for payload capacity and precision.
The accuracy of the slide module directly affects the quality of the product.
Using multi-axis electric cylinders reduces labor costs
Widely used in laser welding, laser cutting, glue coating machines, spraying machines, punching machines, dispensing machines, small CNC machine tools, engraving and milling machines, plotters, cutting machines and other conveyors, sorting equipment, applicable testing equipment, educational equipment, etc.
Establish standardized network marketing services and mature technical service management systems around the world to provide dealers and users with high-quality pre-sales, in-sales and after-sales services. During the warranty period, provide users with fast, timely and efficient free maintenance services; outside the warranty period, users will still receive our enthusiastic and thoughtful paid technical services. We always pursue "zero defects in products and 100% customer service satisfaction".
