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About Us

About Us

It gives us an immense pleasure in introducing ourselves as one of the leading Manufacturing and Exporting Unit of Joints. Orthopaedic Implants and Surgical  Instruments based in Ahmedabad, acquiring  National Accreditations such as CDSCO( FDA)  license  unit set up to offer the  products to end users at a very reasonable rate thus setting a benchmark in this particular field.

Right from importing the best of the Raw Materials and developing it in our own in house State of the Art Infrastructure equipped with the latest of the Machineries and operated by our skilled Operators  thereafter forwarded to our efficient Quality Control Department for a initial check up and re forwarded for a final check  up, neatly packed,labelled ,stocked, distributed as per  timing all these is done with utmost care and  due attention is paid to the

Why SMPL

  • Honesty
  • Discipline
  • Teamwork attitude
  • Commitment to our principal
  • Good after sales service
  • Easily communicable and accessible

minutes of the details which have earned us laurels not only from our domestic network of customers but overseas as well and we strive each day in and day out that the highest standard is maintained throughout. providing service at par is what we believe in and our official and marketing staff are always on their toes to render it any time asked for.

Participating in national and International Conferences, Exhibitions, Tenders, Government Hospitals and lots of such activities have strengthened us enough that we are confident in delivering the best to our customers as we learn a lot and not just stop there but infect implement on the new Designs, Services, Quality and Quantity based works, adapting to the latest technologies and introducing novel products wherein we hope to exceed customers satisfaction.

Our Trauma Implants, Spine System , Locking Plate System ,Nailing System, Hip and Knee System are our specialities which are in use nationally and globally and have worked wonders as per the Surgeons suggestions and we definitely will strive even more to offer goal oriented results in our future endeavours .

Our Vision

To be the market leader in Orthopadic Implants and Instruments segment by adopting innovative and proven technologies ensuring customer delight.

Our Mission

To provide world class Orthopedic products, which are of high quality, affordably priced, that contributes to the wellness of the patients, and positively impact both our clients and organizations growth.

Key Priorities

  • Drive Superior Result
  • Delight Our Customers
  • Protect And Enhance Our Brand
  • Develop Our People
30+years experience
1M+Implants
2300+Clients
10+Locations

Our journey through the decades

A company which has assimilated total quality philosophy and which is not selling product to clients but causing them gaining health. The principle objective would be to forecast the changes in the business environment, as India is a vast country of One billion people, with full of diversities. A country where a Mercedes Benz Car and a Bullock Cart share the same road. This type of environment is to be taken into account for making a decision on business in India. We aim to provide our quality products at the lowest price.

1990

Started company with vision

2000

Expanded factory with 2 more production plant

2015

Supplied to 500+ networks in 20+ countries

2017

Started Corporate House

Team : Backbone Of The Company

Our team consists of marketing analysts, QC personnel and other professionals who are always ready to meet the challenging requirements of the clients. The professionals keep themselves abreast of the requirements of hospitals, clinics and entire medical fraternity requiring Orthopedic Implants and accordingly procures the best range catering to the distinctive requirements.

Quality : What Separates Us

As an internationally certified business entity, we pay close attention to quality at each level of operations. Starting from approval of samples to the delivery stage, we ensure that the products sourced and delivered by us are the best in terms of designing efficiency, durability, wear resistance and meet the industry standards.

Packaging : Assuring Safety

We also ensure suitable packaging and labeling of the products to ensure their safety during handling, delivery and storage

Our Clients

Excellent customer service is the number one job in any company! It is the personality of the company and the reason customers come back. Without customers there is no company.

Civil Hospital Amdavad
Satyamev Jayte - Goverment of gujarat
Make In India Logo
testimonials

What They Are Saying

GOACON 2020 conference I Smit Medimed Pvt Ltd I Orthopaedic Implant Manufacturer & Exporter

GOACON 2020

#GOACON #Rajkot

We Smit Medimed, Manufacturer & Exporter of the Orthopaedic Implants & Instruments.

We participated in GOACON 2020  Event held in Rajkot< Gujarat from 8th  & 9th Feb, 2020.

We exhibited our Spinal Implants, Trauma implants, Intramedullary nailing system &  Hip & Knee Replacement system and instruments.

Postoperative Care for Spinal Fusion Surgery

Postoperative Care for Spinal Fusion Surgery

The extended healing period required after lumbar spinal fusion surgery makes postoperative care especially important. While spinal fusion surgery has a high success rate for stabilizing 2 or more adjacent vertebrae and enabling a return to previous normal activity levels, the recovery time can vary based on many factors. These factors include the extent of the surgery, other medical conditions, and how closely the care instructions are followed.

Spinal Fusion Recovery Time

Most people are able to return home from the hospital about 2 to 4 days after lumbar spinal fusion surgery (if there are other people at home). Driving may be resumed a couple weeks after that if off opioid medications. It typically takes about 4 to 6 weeks to return to an office or sedentary job, but it can take 3 months or longer to return to activities that are more physical.

Despite the name of the surgery, the spine is not actually fused during a lumbar spinal fusion procedure. Instead, during the surgery a bone graft or substitute is placed in the spine that facilitates bone growth between the adjacent vertebrae to eventually form one bone, a process that usually takes about 3 to 6 months. The new bone will immobilize the spine at that segment. Screws, cages, plates, and rods may be implanted during surgery to stabilize the area while the bone heals and becomes solid. Some patients also wear a brace during recovery that limits motion.

The bone continues to mature and solidify over 12 to 18 months after the surgery. Many people with a single-level fusion are able to return to all activities even vigorous ones such as weightlifting or construction work—about 6 months after surgery.

Walking and Moving After Spinal Fusion Surgery

Keeping the spine aligned correctly is important after surgery in order to minimize its workload and reduce the risk of disrupting the healing process. Patients work with physical and occupational therapists each day to learn the safest ways to dress, sit, stand, walk, and take part in other activities without putting added stress on the back. Even getting out of bed requires a special technique—known as log-rolling—to avoid twisting the spine.

In some cases, the physical therapist may advise the patient to use a walker for stability. The occupational or physical therapist also helps arrange medical equipment for later use in the person’s home, if needed.

Many people find it helpful to bring sturdy slip-on shoes with them to the hospital, since surgeons and hospital staff encourage patients to get up and walk around as quickly as possible after the surgery.

 

From : spine-health.com

Lumber Hyper lordosis

Lumbar Hyperlordosis

Lumbar lordosis refers to the inward curvature of the lumbar spine that is created by wedging of both the lumbar intervertebral discs and the vertebral bodies.

Deviations of the lumbar spine such as an increased lumbar lordosis have an impact on overall postural stability particularly in maintaining sagittal balance due to a degeneration of the sagittal spine curvature.

A greater lordosis angle is a risk factor for developing spondylolysis and ventral bulging of the affected vertebra, with researchers having proved a positive association between lumbar hyperlordosis angle and spondylolysis and isthmic spondylolisthesis.

Been and Kalichman gave a detailed description of the anatomy of lumbar lordosis stating that dorsal wedging of the vertebral bodies and discs increases the lordosis angle, whereas more ventral wedging of these structures reduces the lordosis angle ……………. Continue reading on mass4d.com: Lumbar Hyperlordosis

Copyright 2018 MASS4D® All rights reserved. This article or any portion thereof may not be reproduced without the prior written permission of MASS4D®

Rottat cuff - orthopaedic implant

Nail Simplifies Two-Procedure Rotator Cuff Repair

A significant number of proximal humeral fractures occur with soft tissue injuries of the rotator cuff. Historically, fractures were treated separate from cuff tears with two procedures. Each procedure required different techniques and individual instruments. An innovative new utility patent has been issued to Dr. Michael Levy  for the creation of a technology that bridges the concept of treating the fracture and the rotator cuff. This patented implant combines a flexible humerus nail with an external tab to aid rotator cuff repairs.  This patent design work allowed him to get back into implant design, and integrate his surgical experience.

Prior to advances in bone and soft tissue anchors, implants, and arthroscopy, rotator cuff surgery was primarily performed via open incisions and cumbersome suture techniques. Operative treatment for the proximal humerus has run the gamut from pinning, plating, and nailing, to forward and reverse arthroplasty. Nails for the proximal metaphysis of the humerus have undergone a wide spectrum of design ideas including semi-rigid and flexible nails with and without cross locking. Little has been done to combine cuff repairs and fracture fixation.

Past treatment of both injuries involved a flexible nail that accepted sutures to hold down the cuff and cover the humeral head. This is commonly known as the parachute technique, employing two Enders flexible nails in the proximal humerus. The inspiration for the new patented nail with a tab was to simplify the cumbersome suturing required for cuff repairs, and incorporate an updated, more versatile nail with better fixation options.

The current nail design comes in three lengths: 240 mm, 260 mm, and 280 mm. The nail is designed with three staggered proximal holes angled for humeral head cross locking screw fixation. The proximal portion of the nail is 9 mm, while it tapers distally to 4 mm for ease of implantation. The flexible nail can be driven into the distal humerus, negating the need for difficult and dangerous distal cross locking. A locking dovetail holds the tab in position on the lateral footprint of the rotator cuff tear. Sutures pass through holes in the tab for ease of use.

spinal-stenosis I Orthopedic Implant Blog

Do You Have Lumbar Spinal Stenosis?

Lumbar spinal stenosis (LSS) is a common cause of pain in the lower back and legs. As we get older, our spines go through changes. This is known as spinal degeneration, and it happens to everyone. That being said, even though it happens to everyone, not everyone has negative symptoms that accompany it. When our spines degenerate, the spinal canal may narrow, leading to a condition known as spinal stenosis.

Age-related spinal wear and tear occurs in 95% of people by the age of 50. However, spinal stenosis usually occurs in adults age 60 and older. When the spaces surrounding the spinal canal narrow, it may put pressure on nearby nerves, causing pain. Pressure such as this affects both genders equally.

A minority of patients are born with congenital back problems that later develop into lumbar spinal stenosis. Appropriately, doctors refer to this form of the condition as congenital spinal stenosis. Usually, this form of the condition occurs in men, but it may occur in women as well. For congenital spinal stenosis, symptoms typically manifest between the ages of 30 and 50.

 

Lumbar Spinal Stenosis Causes

Out of all possible causes, degenerative arthritis is the most common culprit of spinal stenosis in patients. For context, arthritis refers to the degeneration of any joint at any point in the body.

In our spines, arthritis results from disc degeneration and the loss of water content. In younger patients, spinal discs have a higher level of water content. However, as patients grow older, the discs begin to dry out, and in turn, they weaken. This may lead to a slew of other problems, such as lumbar radiculopathy or degenerative scoliosis.

As the spine settles, the weight transfers to the facet joints. Additionally, the tunnel that the nerves exit through becomes smaller. As the joints experience increased pressure, the cartilage that protects these joints wears away. If it wears away completely, it results in bone rubbing on bone and causing pain.

When the body loses cartilage in this manner, it may also try to make up for the lost bone by growing new bone in the facet joints. This may sound like a good thing, but it actually leads to the formation of bone spurs. These bony protrusions may put additional pressure on nearby nerves, leading to unpleasant symptoms.

In some cases, the body may respond to arthritis in the lumbar spine by increasing the ligaments around the joints in size. This is known as facet joint hypertrophy, and it also lessens the space surrounding the nerves in the spine. Once the surrounding spaces become small enough, it may irritate the spinal structures.

From : njspine.com

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    We offer a wide variety of safe and advanced Orthopedic Implants and fixators. At the helm of the company’s operations is Mr. Vinodbhai, the Director. His enterprising skills and experience in the industry continue to play a pivotal role in the company’s growth.We are based in Ahmedabad city West Part of India.

    ADDRESS

    Plot No.10, Phase-1, B|h. Prashant Eng., G.I.D.C.Vatva, Ahmedabad-382 445, Gujarat, (INDIA).

    PHONE

    +91 9375801932

    EMAIL

    [email protected]

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