Motion-API: Redefining Industrial Automation - Perfect Fusion of High Flexibility and Strong Performance

XINJE's Motion-API integrated solution redefines the boundaries of industrial control through innovative design featuring "hardware integration + software visualization + open interfaces," delivering efficient, flexible, and stable technological paradigms for multi-industry scenarios.

Core Features

Innovative Architecture Design:

IPC+API Integration: Highly integrated control core and interface modules enable "multi-functional single-device" operation, reducing costs while enhancing stability.

High-Performance Multi-Axis Control: Supports controlling 256 axes within 1ms, with shared-memory communication achieving megabyte-level data transfer per second.

Powerful Hardware Support:

Built on MSC series hardware and 64-bit Windows OS, achieving integrated "control + computing."

Covers compact to high-performance custom hardware, meeting diverse industrial scenarios' computing and control demands.

Visualized Operation:

Single-Axis Debugging: Supports fixed-length motion, relative/absolute positioning, etc., with intuitive smartphone-like operation.

Interpolation Debugging: Covers linear interpolation and multi-axis coordination, with look-ahead mode and transition radius settings for high trajectory precision.

Device Management: Rapidly scans EtherCAT slave devices, improving coordination efficiency.

Status Monitoring: Oscilloscope function tracks multi-axis data in real time, aiding quick fault diagnosis.

Application Scenarios

4/6-Axis Robots:

Repeat positioning accuracy of 0.03mm, supporting B-spline curves for smooth trajectory transitions.

Auto-speed adjustment prevents joint overspeed, with stabilization time of 0.476s and limit time of 0.364s.

Precision Machining: High trajectory accuracy and multi-axis coordination meet complex process requirements.

Smart Production Lines: Efficient multi-axis control and real-time monitoring boost production efficiency.

Core Competitiveness

High Flexibility: Supports industrial bus expansion, eliminating peripheral resource constraints; high-level language programming (e.g., CBB) improves development efficiency, shortening cycles by 30%.

Strong Performance: Type 1 virtualization ensures system stability, with underlying code support for process confidentiality.

Open Ecosystem: Hybrid PLC and high-level language programming, compatible with vision systems and upper computers, achieving integrated "control + computing."

Motion-API, with its "no limits" innovation philosophy, offers a cost-effective and highly flexible new choice for industrial automation, driving intelligent upgrades in the Industry 4.0 era!