Phidix’s custom-engineered flexible drive shafts are built for the demands of road construction equipment, combining precise motion control with superior durability. These assemblies enable smooth push-pull force transmission in tight, vibration-heavy environments, ensuring reliable performance across multiple machine systems—from vibratory rollers to milling heads.
| Feature | Benefit |
| High flexibility | Adapts to tighter bend radii and variable routing angles |
| Strong force transmission | Minimal motion loss under heavy load conditions |
| Reinforced construction | Withstands shock, vibration, and repeated cycling |
| Corrosion & wear resistance | Stainless steel end fittings + multi-seal protection |
| Maintenance-friendly | Easy to install, inspect, and replace in the field |
These shafts are ideal where precision control meets mechanical stress—helping engineers simplify routing, reduce rigid linkage points, and increase equipment reliability.
Phidix offers multiple standard flexible shaft models under the heavy-duty road machinery series. While all models share the same construction, materials, and performance characteristics, they vary in stroke length and overall dimensions to suit specific installation constraints.
| Model Number | Stroke Length | Input Load (Working / Max) | Application Example |
| SUVL-BSP-TT-100-2035 | 150 mm | 250–450 lbs / 300–500 lbs | Compact loader & roller systems |
| SUL-TG-150-3780 | 300 mm | 300–600 lbs / 400–600 lbs | Excavator boom or paver feeder |
| SU-VL-TT-70-1200 | 70 mm | 210–400 lbs / 300–500 lbs | Asphalt auger or steering controls |
→All models feature a PVC conduit with carbon steel core, green finish, and support lengths up to 10 meters. Fittings and lengths can be customized upon request.
Contact Phidix for help choosing the right configuration.
Whether you need a specific routing length, stroke range, or end fitting combination, Phidix supports complete customization:
Let us know your control system layout or equipment type—we’ll help you select the right conduit/core combination, fittings, and stroke configuration.
