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1.Master Station Options · Comprehensive Protocol Support · Supports optional Profinet and EtherCAT master stations · Future support for IO-Link, EtherNet/IP, and more master stations 2.Industry Innovation · Commercial Benchmark · First to achieve commercial application of IEC61499 + Profinet solution · IEC61499 Standard: distributed architecture, software-hardware decoupling, object-oriented design, etc. 3.Shared Ecosystem · Cost Reduction Support · Free programming software to help enterprises reduce costs 4.Reliable · Compact · Easily Expandable · CPU and I/O separated design for easy plugging and unplugging · Supports expansion of up to 32 modules 5.User Interface · Clear and Intuitive · Multifunctional OLED display, offering a user-friendly and intuitive interface
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1.Two-Section Design, Easier Installation · Pluggable terminal blocks for more convenient module installation · World's first staggered light-guided terminals 2.Redundant Backplane, Enhanced Reliability · Backplane bus supports redundancy · Supports up to 32 I/O modules · Full load refresh cycle of 0.6 ms 3.Wide Temperature Range, Fearless Performance · Operating temperature from -30°C to 65°C, adaptable to harsh industrial environments 4.Customized Development · Supports OEM, ODM, special module, and special function customization 5.Superior EMC Performance · ESD immunity, EFT immunity, and surge (shock) immunity all exceed national Class B standards, reaching Class A standards.



Arpadent Thulium-Doped Fiber Laser Dental Treatment Device Description: The Arpadent Thulium-Doped Fiber Laser Dental Treatment Device is the world's first dental treatment instrument utilizing thulium-doped fiber laser technology.

Grandark 70W/700W QCW Thulium-Doped Fiber Laser Description: Average Power: Supports 70W average power operation. Peak Power: Capable of 700W peak power. Modulation Frequency: Maximum modulation frequency exceeds 5kHz. Pulse Width: Shortest pulse width is less than 100μs. Beam Quality: Beam quality is less than 1.3. Design: Integrated optoelectronic lightweight design.



