Abdullah was wounded in a mine blast as Iraqi forces battled to oust the jihadists from Iraq's second city Mosul last year. His right hand was also seriously wounded.
The 22-year-old is one of a group of Iraqi, Syrian and Yemeni amputees to benefit from a 3D-printing prosthetics clinic at a hospital run by the medical charity Doctors Without Borders (MSF).
"It's not easy to replace a hand, but at least the new device gives me some autonomy and means I don't rely too much on my brother to eat," said Abdullah, who asked not to use his real name.
"Now I feel better," he said, managing a small smile. "I hope I can heal my right hand too."
The 3D printing technique allows the team to create simple upper limbs without moving parts, slashing the costs of manufacturing advanced, custom-made prosthetic limbs, according to MSF.
The MSF Foundation, a wing of the charity dedicated to research and development, set up a prosthetics production centre in Jordan's Irbid last June.
A team of medics and technicians use the technique to help people born with genetic deformations as well as war wounded from across the region.
The data is entered into a system that designers use to create a virtual model of the limb, which is then printed and sent to MSF's Al-Mowasah hospital in Amman for fitting.
Several organisations have developed 3D printing for amputees in recent years, but MSF says its project is a first in the Middle East.
The clinic aims to give orthopaedic care to as many people as possible affected by the region's conflicts.
Project coordinator Pierre Moreau said it had treated 15 Syrians, Iraqis, Yemenis, Palestinians and Jordanians since its launch.
It has also benefitted people born with deformities, such as seven-year-old Palestinian refugee Asil Abu Ayada from the Gaza camp northwest of Amman.
She lives with five brothers and her parents in a mud house, and was born without a right hand.
With her new prosthetic hand, she can now go to a normal school and even sketch drawings.
The 3D devices range in cost from USD 20 and USD 50 (euros) -- a fraction of the cost of conventional prosthetic devices, which can cost thousands of dollars.
"You can design something that can suit this patient and is very specific to the activity of the patient," Moreau said.
The new technique was developed by MSF in collaboration with "Fab Lab", a digital manufacturing laboratory in Jordan.
Another beneficiary was Ibrahim al Mahamid, from Daraa in southern Syria, who suffered injuries to his left hand in a bombing raid in 2013.
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