Underfloor Lifting System
Synchronized underfloor lifting supporting full-trainset elevation, underframe access and heavy-maintenance work.
View lifting technology →Our project record shows where specialist railway technologies have been applied in real operating environments — from depot lifting and shunting to measurement, testing, rolling-stock production and infrastructure maintenance.
Four examples across urban transit, depot maintenance, shunting and infrastructure measurement.
Synchronized underfloor lifting supporting full-trainset elevation, underframe access and heavy-maintenance work.
View lifting technology →Documented references across Solobalapan, Cipinang, Bukitputus and other maintenance environments.
Explore lifting route →Dedicated road-rail shunting deployed for the airport transit maintenance facility.
View shunting technology →Portable track-geometry measurement deployed for repeatable maintenance and infrastructure inspection.
View measurement route →Across the documented references, several technology families recur across sites, fleets, production programs and successive requirements.
Mobile, synchronized and underfloor lifting systems recur across PT KAI, urban-rail and heavy-maintenance environments.
Road-rail and dedicated shunting systems recur across conventional railway, urban-rail and airport-transit maintenance environments.
Railway gauges used against controlled AAR requirements recur within Indonesian inspection and maintenance procurement. Product selection remains tied to the applicable rule, drawing, gauge model and calibration requirement.
Wheel diameter, flange and related portable measurement equipment recur across Indonesian railway maintenance requirements.
Vertical and lateral railway dampers recur across Indonesian rolling-stock development, replacement and production requirements.
Traveller Transport flooring recurs across PT INKA production supply and Indonesian rolling-stock replacement programs. Multiple shipments, repeat requirements and continuing orders are documented.
Documented deployment now spans controlled battery charge/discharge and multi-site spring and component testing.
This register contains a selected set of documented project references from 2015 onward. It is not a complete chronology of project work since 1980.
Projects and years not shown fall outside the selected documented set and should not be read as an absence of activity.
Tell us what asset, maintenance task, site condition and operating outcome you need. We can use the relevant project record to narrow the technology path without treating past scope as a substitute for current engineering.