OUR PROJECTS

Safe and rapid removal from a live, high-traffic hospital environment without disrupting patient care.

The expert handling and removal of a highly complex and heavy radiotherapy system with sensitive components.

The careful decommissioning of a sensitive nuclear medicine imaging system, including its heavy, precision-engineered detector heads and gantry.

The safe and efficient dismantling of a multi-ton CT scanner, including the precision removal of its heavy, high-speed rotating gantry assembly.

The specialized decommissioning of a high-precision radiosurgery system from one of the country's most respected industrial and medical institutions.

Decommissioning a highly integrated and advanced radiation therapy system with a unique CT-style gantry.

The monumental task of dismantling and removing a 100+ ton, multi-story precision radiotherapy machine, requiring structural demolition and heavy crane operations.

Decommissioning a multi-ton radiosurgery system from a basement with no direct access for cranes or heavy machinery, requiring an innovative and non-destructive extraction solution.

 The decommissioning of a sophisticated, high-value helical radiotherapy system from a leading, state-of-the-art medical facility, requiring the highest standards of professionalism and care.

The coordinated acquisition and decommissioning of four distinct and complex imaging and printing systems from a single department.

Safely assessing, purchasing, and removing a multi-ton MRI scanner that was severely compromised by fire and structural damage.

The simultaneous purchase and removal of two different imaging systems, one of which was located in a severely fire-damaged section of the hospital.

Managing the logistics and transport of a large, bulk volume of industrial scrap material from a leading global manufacturer.

The complete dismantling of a heavy, C-arm gantry radiation therapy system from a university-based oncology department.

Decommissioning a specialized helical radiation therapy system, a more integrated technology than conventional LINACs, along with its associated QA equipment

The coordinated acquisition and removal of two functionally different types of essential hospital equipment: a nuclear medicine imaging system and a large-scale sterilizer.

The complete end-to-end removal of a LINAC, which included not only the multi-ton machine itself but also its deep-set, reinforced concrete and steel foundation.

The heavy-duty dismantling of a nuclear medicine system, requiring on-site cutting of the dense metal gantry and support structure.

Managing the simultaneous purchase, dismantling, and removal of multiple high-energy radiotherapy systems as part of a major departmental upgrade.

The safe dismantling of an older radiotherapy machine containing massive, heavy shielding components requiring extreme care and heavy-duty cutting.

The precise and safe decommissioning of a high-energy LINAC, including its core microwave and beam-delivery components.

The extraction of a multi-ton LINAC from an upper floor of the hospital, requiring a high-reach crane and the temporary removal of a section of the building's facade.

The highly technical decommissioning of a specialized research-grade PET scanner, a machine with a unique detector ring architecture not found in standard clinical equipment.

The safe dismantling of a legacy radiotherapy machine with massive, heavy shielding components and a complex beam-shaping system.

The time-sensitive decommissioning of a specialized radiosurgery system to clear the treatment vault for the installation of the hospital's next-generation technology.

The expert handling and removal of an extremely heavy C-shaped permanent magnet MRI, requiring a coordinated dual-crane lift.

The highly specialized process of decommissioning a stereotactic radiosurgery system, including the technical verification and handling of its dense radiation-shielding materials.

The swift and methodical removal of a full-body CT scanner from a busy public hospital's imaging department.

The meticulous dismantling and heavy-lift removal of a multi-ton, high-precision radiosurgery system from a major healthcare institution.

The safe assessment, purchase, and removal of a large, heavy, and severely fire-damaged industrial generator from the hospital premises.

The safe dismantling of a legacy radiotherapy machine with massive, heavy shielding components and a complex beam-shaping system.

The safe dismantling of a legacy radiotherapy machine with massive, heavy shielding components and a complex beam-shaping system.

The acquisition and removal of a high-capacity industrial power system and its extensive battery bank, requiring expertise in electrical infrastructure.

The valuation and purchase of a diverse range of used components from a leading scientific and R&D company.

The safe handling and removal of a diagnostic imaging system, including its core high-voltage X-ray tube and associated electronics.

The specialized decommissioning of a high-precision radiosurgery system from a dedicated cancer treatment center.

Decommissioning a late-model, high-energy radiation therapy system from India's premier medical institute, requiring the highest standards of execution.