Where the HYDRAULIC LIFT Fits
Configured for the higher passenger volumes and stricter uptime expectations of a full office tower.
One system handling the different traffic patterns of several tenant types in the same building.
Sized and controlled specifically for concentrated peak-hour passenger loads.
Higher-speed configuration for buildings where travel time matters most.
Speed and Stability for Tall Buildings
A high-speed, customizable hydraulic elevator solution built for modern high-rise towers, engineered for stable, quiet performance during peak-time traffic.
Cabin Finishes Built to Match the Space
An extra-long double-column car frame and dynamic compensation ropes keep the ride stable even at high running frequencies.
- Extra-long double-column car frame
- Dynamic compensation rope system
- Special bend-resistant guiderails
- Compact PMS motor housing
Specifications at a Glance
High-rise towers, mixed-use
High running-frequency traction machine
Extra-long double-column for stability
Dynamic compensation rope system
Special structure resists bending
Up to 30% less energy vs. conventional machines
*Final specifications, capacities and finishes are configurable to your project requirements.
Our Installation Process
Our engineers assess the shaft, civil structure and power supply to finalize a layout suited to your building.
Components are engineered and fabricated to the finalized specification before dispatch to site.
Certified technicians install the car, rails, controller and wiring in line with applicable safety codes.
Full load testing, safety inspection and commissioning are completed before handover to you.
Sensible Safety, Security & Energy-Efficient Features
- Overload protection & emergency lighting
- Automatic rescue device included
- Up to 30% lower energy use vs. conventional machines
- Dynamic compensation ropes reduce vibration
Trend Based Cabin Design
Select a finish to preview it. Final finish and material are confirmed at project stage.
DE-01
S.S. design ceiling with mirror car wall
Frequently Asked Questions
How energy-efficient is this compared to conventional elevators?
The compact permanent-magnet-synchronous (PMS) motor uses up to 30% less energy than conventional machines, while still handling peak-time traffic in busy towers.
What keeps the ride stable at high speed?
An extra-long double-column car frame with dynamic compensation ropes is engineered specifically to reduce vibration during rapid vertical movement.
What safety features are included?
Overload protection, emergency lighting and a rescue device are included as standard for passenger safety.
Contact Our Team
Share your building requirements and our team will recommend the right configuration for your project.
VDMIL, Installed and In Use
Real footage from real VDMIL installations - not renders, not stock photography.
Mirror-Finish Cabin Interior
A walkthrough of a VDMIL stainless steel cabin, from vision-panel doors to the car operating panel.
Installed Hall Panel
A VDMIL hall call panel and etched-glass cabin door, installed on site.
Car Operating Panel
A closer look at the in-cabin control panel - floor buttons, alarm, intercom and light controls.
Car Parking Elevator
A VDMIL car-parking lift in use, from the control panel to the elevator car itself.
Gold Mirror-Finish Cabin
A newly installed VDMIL cabin with a mirrored gold finish and etched peacock motif, on site.
Goods Lift
A VDMIL goods lift designed for dependable movement of materials and equipment in commercial and industrial environments.
