Bharucha Associates

• Bone cement’s major role is to hold prosthetic implants in place, such as those used in hip and knee replacements. Bone cement improves stability and increases load distribution across the bone-implant interface by filling the gaps between the implant and the surrounding bone.
• Because every patient’s anatomy is different, orthopaedic surgeons might use bone cement to correct abnormalities and gaps between the implant and the bone. This procedure enhances the prosthesis’ overall fit and stability, reducing stress on the surrounding bone and lowering the likelihood of implant loosening.
• Bone cement has the advantage of providing instant load-bearing capacity, allowing patients to restore mobility sooner following surgery. The solidified cement offers initial fixation, allowing patients to bear weight on the replacement joint quickly after the treatment.
• When used correctly, bone cement can act as a barrier, keeping bacteria from entering the joint space. This barrier minimises the danger of infection and increases the implant’s lifetime.

• Bone cement may wear, fatigue, or degrade with time, compromising its integrity and potentially leading to implant failure or loosening. To address these challenges, researchers are constantly looking for ways to improve the lifetime and durability of bone cement.
• During the implantation process, bone cement may seep into the surrounding tissues in some circumstances. While this is a rare event, it can lead to complications and necessitates immediate medical intervention.
• Although rare, some people may develop allergic reactions to bone cement components. Adequate patient evaluation and screening can help reduce the likelihood of adverse effects.

• Bone cement’s major role is to hold prosthetic implants in place, such as those used in hip and knee replacements. Bone cement improves stability and increases load distribution across the bone-implant interface by filling the gaps between the implant and the surrounding bone.
• Because every patient’s anatomy is different, orthopaedic surgeons might use bone cement to correct abnormalities and gaps between the implant and the bone. This procedure enhances the prosthesis’ overall fit and stability, reducing stress on the surrounding bone and lowering the likelihood of implant loosening.
• Bone cement has the advantage of providing instant load-bearing capacity, allowing patients to restore mobility sooner following surgery. The solidified cement offers initial fixation, allowing patients to bear weight on the replacement joint quickly after the treatment.
• When used correctly, bone cement can act as a barrier, keeping bacteria from entering the joint space. This barrier minimises the danger of infection and increases the implant’s lifetime.

• Bone cement may wear, fatigue, or degrade with time, compromising its integrity and potentially leading to implant failure or loosening. To address these challenges, researchers are constantly looking for ways to improve the lifetime and durability of bone cement.
• During the implantation process, bone cement may seep into the surrounding tissues in some circumstances. While this is a rare event, it can lead to complications and necessitates immediate medical intervention.
• Although rare, some people may develop allergic reactions to bone cement components. Adequate patient evaluation and screening can help reduce the likelihood of adverse effects.

• Bone cement’s major role is to hold prosthetic implants in place, such as those used in hip and knee replacements. Bone cement improves stability and increases load distribution across the bone-implant interface by filling the gaps between the implant and the surrounding bone.
• Because every patient’s anatomy is different, orthopaedic surgeons might use bone cement to correct abnormalities and gaps between the implant and the bone. This procedure enhances the prosthesis’ overall fit and stability, reducing stress on the surrounding bone and lowering the likelihood of implant loosening.
• Bone cement has the advantage of providing instant load-bearing capacity, allowing patients to restore mobility sooner following surgery. The solidified cement offers initial fixation, allowing patients to bear weight on the replacement joint quickly after the treatment.
• When used correctly, bone cement can act as a barrier, keeping bacteria from entering the joint space. This barrier minimises the danger of infection and increases the implant’s lifetime.

• Bone cement may wear, fatigue, or degrade with time, compromising its integrity and potentially leading to implant failure or loosening. To address these challenges, researchers are constantly looking for ways to improve the lifetime and durability of bone cement.
• During the implantation process, bone cement may seep into the surrounding tissues in some circumstances. While this is a rare event, it can lead to complications and necessitates immediate medical intervention.
• Although rare, some people may develop allergic reactions to bone cement components. Adequate patient evaluation and screening can help reduce the likelihood of adverse effects.

• We are Engaged in offering wide range of quality products to our clients , our products are really appreciated by our clients.
• Post arthroscopy Chondromalacia patella Osteoarthritis knee Rheumatoid arthritis Bursitis

Code: A 04
Sizes Available: S, M, L, XL, XXL

Lumbopore offers the advantage of advanced designing and the technically correct materials so as to provide the patient effective support and immobilization on one hand and excellent aesthetics and comfort on the other. Lumbopore maintains the lumbar and sacral regions in the neutral position to allay low back pain syndrome.

• Extra porous
• Anatomically shaped
• Aesthetically pleasing
• Double pull mechanism
• Semi rigid contoured splints

• Monofilament stripped elastic is durable and has better compression. It is light in weight and highly porous, which provides more ventilation and improves comfort.
• Anatomical, pre shaped, semi rigid splints ensure perfect fitting, better immobilization and enhanced comfort. It relieves muscular stress due to wrong posture.
• Spacer fabric at the back enhances cushioning even in thin cross sections, allows effective splinting action, due to closeness to the body.
• Double pull elastic mechanism provides extra compression for effective splinting action and firm grip.
• Broad hook-loop panel ensures easy application and better sizing flexibility.

1. The Vissco Pro Tennis Elbow support with Pressure pad reduces the load on the origin of extensor muscles and targets the compression on the forearm enabling pain relief. This support prevents jerks from affecting the tennis elbow. Its padded fabric ensures a better fit.

Code: A 07
Sizes Available: S, M, L, XL, XXL

Contoured L.S. Support is scientifically designed to support and immobilize the lumbo sacral region and correct the postural deformity to allay low back pain syndrome. It has rigid, malleable and contoured back splints which can be customized for correct posture and most effective immobilization.

• Customizable for correct posture
• Double pull mechanism
• High degree of immobilization
• Anatomical preshaped splints

• Anatomically contoured rigid splints maintain the natural low back curve, allay pain due to mechanical stresses, gets rid of postural fatigue, ensure strong back reinforcement for perfect, immobilization.
• Aluminum splints are malleable and customizable, offer strong splinting and accurate support for immobilization in the neutral position.
• Double pull mechanism ensure secure fitting and better immobilization.
• Ethafoam back pad offers high cushioning even in thin sections. Provides better comfort, without compromising immobilization.
• Large hook loop panel allows controlled compression, sizing flexibility, easy application and removal of the belt.
• Highly recommended where high degree of immobilization and accurate posture is required.