The pandemic has underscored the critical need for effective cleaning and disinfection, especially in medical environments. UV-C disinfection stands out for its ability to inactivate bacteria, spores, and viruses by disrupting their molecular structure. Operating at safe wavelengths, UV-C systems pose no damage to expensive materials in hospitals, hotels, and other settings—making them a preferred technology for modern disinfection equipment.
SXEGL dual-rail modules are used to drive the vertical movement of UV-C light sources, ensuring precise coverage across target areas.
With extensive experience collaborating with disinfection robot manufacturers, SXEGL offers an integrated dual-rail module solution. As a single, pre-assembled component (mounted alongside the UV-C light), it eliminates the need for sourcing multiple parts, streamlining alignment and positioning during assembly while reducing integration complexity. Diverse configurations support varying load (up to 180N design load) and speed requirements, adapting to differentiated equipment needs.
• Challenge: Selecting the right screw diameter and pitch is critical—oversized screws require high motor holding current, while undersized ones fail to meet motion requirements.
• SXEGL Solution: Custom screw design based on fluid dynamics and mechanical transmission simulations, balancing low-power operation with precise motion control for target loads.
• Challenge: Cantilever-mounted UV-C light sources often generate vibration and noise, compromising disinfection accuracy and equipment lifespan.
• Patented Technology: A proprietary stabilizer applies constant micro-pressure to the lead screw’s outer diameter, creating a damping effect that suppresses vibrations while maintaining ultra-low operating torque (≤0.05N·m). Compatible with both free-rotating and anti-backlash nuts, this design achieves quiet operation (noise ≤45dB).
• High-Load Stability: Engineered to handle 90N nominal load (180N peak) through a combination of high-strength aluminum rails and quenched steel screws. Finite element analysis optimizes structural rigidity, ensuring thrust output (≥200N) and linearity (≤0.1mm/m) under cantilever conditions.
• Modular Maintenance: Quick-release interfaces enable on-site component replacement within 15 minutes, significantly improving equipment uptime.
• Superior Load Capacity: Proven solutions stabilize 180N cantilever loads, meeting demands for heavy-duty disinfection devices
• Full Customization: Adjustable lead screw pitch (2-20mm), rail length (50-1000mm), and surface treatments (anodization/Teflon coating)
• Turnkey Solution: Pre-aligned factory calibration with installation guides reduces customer assembly time by 60% and overall costs by 35%
| Core Parameter |
Standard Configuration |
Custom Range |
| Max Load |
90N (nominal)/180N (peak) |
Extendable to 300N |
| Speed Range |
5-150mm/s |
High-speed option up to 200mm/s |
| Positioning Accuracy |
±0.05mm |
Optimizable to ±0.02mm |
| Noise Level |
≤50dB |
≤45dB with stabilizer |
For details on how SXEGL standard or customized dual-rail modules can enhance your disinfection robot’s performance, contact us to receive technical documentation and application cases. Let our professional motion control expertise power your equipment’s efficiency.
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