PRODUK – PT Gekha Karunia Abadi

OUR PRODUCT

LINAC

an advanced radiotherapy device designed to deliver cancer treatment with high precision.

CT-Simulator

an advanced radiotherapy simulation device designed for cancer treatment planning with high precision.

Radiation therapy that places the radiation source directly in or near the tumor, delivering a high local dose with minimal effect on healthy tissue. This method is effective and safe, making it a preferred choice in cancer treatment.

MRI

a high-field Magnetic Resonance Imaging (MRI) system. Designed to deliver superior image quality with optimal cost efficiency.

Patient QA

a patient-specific quality assurance system designed to verify the accuracy and safety of radiation therapy plans before implementation.

Machine QA

a quality assurance solution designed to ensure the optimal performance of radiotherapy equipment, particularly Linear Accelerators (Linacs).

Contouring

designed to enhance efficiency and accuracy in the delineation of patient anatomical structures.

Individual Dosimeter

designed to monitor personal radiation exposure in real time, ensuring the safety of workers in high-radiation-risk environments such as hospitals, nuclear facilities, and non-destructive industries.

TPS Wisdom

is an innovative radiotherapy treatment planning system that integrates artificial intelligence (AI) technology to enhance efficiency and accuracy in the therapy planning process.

TPS Prowess

Prowess Panther is an external radiotherapy planning system that supports 3D-CRT and IMRT techniques. Known for its high computational speed and user-friendly interface, this TPS enables accurate and efficient treatment planning and is compatible with various types of LINACs.

TPS Manteia

TPS Manteia Mozi is the next-generation treatment planning solution, combining precision, speed, and adaptability. With built-in patient-specific goals, real-time adaptive planning, and intelligent automated planning, Mozi streamlines your workflow and evolves with future innovation.