Cross-type-2-axis F-Type
Z-axis slider fixed type
Features: Y-axis side-mounted, fixed to the Z-axis slider
Usage environment: The Z-axis body can move up and down, suitable for installing fixtures on the Z-axis body, transporting workpieces, etc.
Note: Z-axis comes standard with brake
Z-axis base fixed type
Features: Y-axis side-mounted, the Z-axis base is fixed to the Y-axis slider.
Usage environment: The Z-axis slider can move up and down. Suitable for occasions such as working with fixtures to move workpieces up and down.
Note: Z-axis comes standard with brake
Discover the future of automation with our FSKF Electric YXZ Axis Splicing High Precision Industrial Robot Module. As a leading robot module designed for top-tier performance, it delivers core advantages that elevate production across diverse industries.
The Electric YXZ Axis Splicing High Precision Industrial Robot Module is a modular automation device built
on a Cartesian coordinate system (X, Y, Z axes), widely used in precision manufacturing, new energy, and
electronic assembly. This system achieves precise positioning and controllable motion in three-dimensional
space by splicing multiple linear modules according to spatial coordinates. It features high rigidity, high
repeatability, and strong scalability, making it one of the core execution units for automation upgrades in
modern smart factories.
I. Structural Composition and Working Principle
This module consists of the following core components:
Linear Module Unit: As the basic motion axis, it typically uses ball screws, synchronous belts, or linear motors
for transmission, combined with servo motor drives to achieve high-speed, high-precision movement.
Aluminum Alloy Profile Base: Provides a high-strength support structure, combining lightweight and stability
, facilitating multi-axis splicing and on-site installation.
Precision Guide Rails and Slider: Ensure straightness and smoothness during movement, reduce off-center
loads and wear, and extend service life.
Control System: Integrates motion controllers, drivers, and a human-machine interface, supporting multi
-point interpolation, coordinate positioning, and real-time communication protocols such as EtherCAT to
achieve multi-axis collaborative control.
A typical configuration, such as a three-axis splicing structure, can achieve a repeatability of ±0.01mm w
ithin a range of 3000mm×2000mm×1000mm, meeting stringent industrial requirements.
II. Key Technological Advantages
Modular Design: Supports free combination of X, Y, and Z axes, expandable to two-axis, three-axis, or even
multi-axis linkage systems to adapt to different production line layout needs.
High-Precision Control: Employs closed-loop servo control and precision transmission mechanisms, achiev
ing a resolution of up to 5μm and a unidirectional positioning accuracy better than 15μm.
High Load Capacity: The electric cylinder structure can bear a maximum load of 10 tons, suitable for heavy
workpiece handling and pressing operations.
Clean and Environmentally Friendly: No oil pollution or gas leakage risk, meeting high-level cleanroom
standards in industries such as photovoltaics and lithium batteries.
III. Typical Industrial Application Scenarios
New Energy Battery Manufacturing: Used in processes such as cell stacking, top cover welding, and sealing
press-fitting. The electric cylinder module achieves micron-level force control and alignment, significantly
improving yield.
Photovoltaic Automated Production Lines: Leveraging high-speed response advantages in silicon wafer
sorting and stringer synchronous control, supporting the efficient production of thinner, larger-size solar
cells.
Intelligent Inspection and Assembly: Integrating vision systems and force sensors, it completes product
appearance inspection, precision parts assembly, and dispensing operations, widely used in the electronics
manufacturing field.
High Temperature/Hazardous Environment Operations: It can replace manual labor in high-temperature,
toxic, or radioactive environments to perform tasks such as handling and inspection, ensuring production
safety.
High-Precision Industrial Robot Module (e.g., Electric YXZ Axis Splicing) is widely used in the following
scenarios through multi-axis coordination and precision compensation technology:
Precision Assembly & Processing
Electronics Manufacturing: Used for micron-level operations such as chip placement and circuit board
welding, with real-time error correction via the XYZ precision compensation module.
Automotive Components: completes high-precision assembly of engine and transmission components,
ensuring mating tolerances ≤0.02mm.
Complex Environment Operation
Dynamic Adaptation: In environments with temperature and humidity variations (e.g., painting worksho
p), the module can automatically adjust motion trajectory to maintain stability.
Obstacle Avoidance: Monitors surroundings through sensors to prevent collisions and ensure personnel
safety.
Logistics & warehousing
Automated Handling: Expands work scope in conjunction with the seventh-axis module to achieve prec
ise picking and transportation between racks.
Sorting system: High-speed package sorting with an error rate of less than 0.1%.
Special industry applications
Semiconductor Manufacturing: wafer handling and lithography alignment require nanometer-level preci
sion, with the module capable of compensating for vibration and thermal deformation.
Medical Devices: assembly of precision surgical instruments or filling of pharmaceutical products, meeting
sterile environment requirements.
The module significantly enhances the accuracy and efficiency of industrial robots in complex tasks th
rough real-time error compensation and multi-axis linkage.
Electronics and Semiconductor Precision Assembly
SCARA and desktop robotic arms dominate the fields of chip packaging and micro-component placement, thanks to their high speed and sub-micron-level repetitive positioning accuracy. AI vision guidance systems enhance defect detection capabilities, driving the evolution of demand toward greater intelligence.
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".
