📷 Image: Wikimedia Commons / SIM USA
Health
Bilaspur SIMS Doctors Save Life After 4-Foot Rebar Pierces Mason's Body
✍️ Amar Ujala · Madhya Pradesh
🗓 06 Nov 2026, 08:36 AM
👁 6
Doctors at SIMS Bilaspur successfully removed a 4-foot long iron rod that pierced a mason's body after he fell from the second floor of a construction site.
A dramatic medical rescue operation was carried out at SIMS Hospital in Bilaspur, Chhattisgarh, where a team of doctors managed to save the life of a construction worker who was critically injured on site.
The incident occurred when a mason working on the second floor of a building fell to the ground. During the fall, a long iron rod, measuring approximately four feet, pierced through his body, causing severe and life-threatening injuries.
The injured worker was rushed to SIMS Hospital in a critical condition. The hospital's medical team immediately convened to assess the situation and performed a complex surgical procedure to carefully extract the embedded metal rod from his body.
Following the successful operation, the patient's condition has stabilized, and he is currently under observation. The incident has highlighted the severe safety risks faced by construction workers and the critical role of emergency medical response in such traumatic events.
The incident occurred when a mason working on the second floor of a building fell to the ground. During the fall, a long iron rod, measuring approximately four feet, pierced through his body, causing severe and life-threatening injuries.
The injured worker was rushed to SIMS Hospital in a critical condition. The hospital's medical team immediately convened to assess the situation and performed a complex surgical procedure to carefully extract the embedded metal rod from his body.
Following the successful operation, the patient's condition has stabilized, and he is currently under observation. The incident has highlighted the severe safety risks faced by construction workers and the critical role of emergency medical response in such traumatic events.