Trauma

We are involved in manufacturing and exporting a wide range of trauma products. Our range includes Locking bone plates, Locking bone screws, Simple bone plates, Simple bone screws, Interamedullary nails. Our range is widely used for various medical and orthopedic procedures. Our company holds a team of qualified professionals that are involved in the manufacture of superior quality Orthopedic Products. All our products are thoroughly checked and tested on various required parameters to meet the required medical standards.

Locking Bone Plates

We offer a comprehensive range of high quality Locking Bone Plates which are used for surgical and medical purposes. These bone plates are especially used for fixing bone fractures. The use of a locking bone plates are found to be simple, and it offers advantages over conventional bone plates by not requiring the plate to be compressed to the bone to provide stability.

Locking Bone Plates

Locking Bone Screws

We manufacture a comprehensive range of Bone Locking Screws which is made of high quality raw material. These Bone Locking Screws are precisely designed by the engineers so that these can give the best of their performance. Further, this range of Bone Locking Screws is thoroughly inspected for required quality parameters.

These Locking Bone Screws are widely used in various medical procedures. These orthopedic screws are used to reattach bone fragments to a solid skeletal part. The proximal part near the head is not threaded and needs to be of a smaller diameter than the threaded portion nearer the tip. These screws are dimensionally accurate and are available in various sizes and dimensions.

Locking Bone Screws

Simple Bone Plates

We offer Simple Bone Plates that are widely used for medical procedures. Bone plates are surgical tools, which are used to assist in the healing of broken and fractured bones. The breaks are first set and then held in place using bone plates in situations where casts cannot be applied to the injured area. Bone plates are often applied to fractures occurring to facial areas such the nose, jaw or eye sockets. The broken bones are first surgically reset into their proper position. Then a plate is screwed onto the broken bones to hold them in place, while the bone heals back together.

When designing bone plates design, material selection, and biocompatibility are the three important considerations. The bone plate must be strong enough to support the load normally placed on the bone while the bone heals. The plate must also have a stiffness similar to that of the bone to which it is attached. The implant must be non-toxic and cannot cause an inflammatory response in the body.

Simple Bone Plates