Thursday, October 31, 2013

Morton's Neuroma Treated With Metatarsal Foot Pads

A Morton's neuroma is a pinched nerve in the ball of the foot. It occurs especially in woman who wear high heels or tight shoes. Metatarsal foot pads can relieve the pain and treat Morton's Neuroma. The pinched nerve is usually in between the third and fourth metatarsal bones. Where the nerve splits to go to the toes is where the nerve get pinched between the bones. When the nerve is irritated and inflamed, the nerve tries to protect itself by growing scar tissue around itself. Unfortunately this just makes the nerve wider and it gets pinched more often. Shoe's that are narrow and have heels can accelerate the development of the Morton's Neuroma.



There are several ways to treat a Morton's neuroma. Some of the more common ways are wider shoes, lower heels, ice, NSAIDs, cortisone injection, orthotics and surgery. One of the easiest and least expensive ways to treat a Morton's Neuroma  is often the most overlooked. It is the simple metatarsal pad. This foot pad comes in felt, foam or gel. One places the metatarsal pad just below (or proximal) to where the MPJ (or ball of the foot). This placement off loads the Morton's neuroma to allow healing and relief. Metatarsal pads come in adhesive or built into an elastic sleeve.  Some patients or doctors call it a Morton's neuroma pad. So here we see how a metatarsal pad can treat Morton's neuroma.

Teri Green
Atlas Biomechanics  

Tuesday, October 29, 2013

Prevent Painful Hammertoe Corns with Foam Toe Separators

3 layer foam toe separators are simple, inexpensive medical devices designed to cushion and protect crooked toes and corn in between toes.

A foam toe separator can help prevent painful corns between toes. A corn between toes is called a soft corn. The reason it is called a soft corn is because the dead skin of the corn absorbs moisture and becomes macerated or wet. Soft corns occur when two knuckles (the joints) of crooked toes (hammertoes) rub against one another and cause irritation. This irritation of the skin over the joint causes the skin to grow faster. Unfortunately this does not make it better, it develops into a soft corn. Over time, soft corns can even break down to blisters or ulcers.

Toe Separators are medical cushions that help prevent and treat painful toe corns on the feet. Toe separators come in different materials. The most popular material for a toe separator is the foam toe separator. The three layer foam toe separator will help realign crooked digits and prevent the rubbing friction of the toes. Another common use for the 3 layer foam toe separator is for bunions. These foot pads can help hold the misaligned big toe in bunions in place preventing it from rubbing the second digit.

This simple and inexpensive three layer foam toe separator is designed to cushion, realign and prevent rubbing of the toes that cause soft corns.  Our 3 layered foam toe separators have extra padding to allow air flow to the digits. They protect toes from corns, bunions, blisters, overlapping toes, rubbing and hammertoes. Toe separators realign crooked toes, straighten out Big Toe in Bunions, Corns in between Toes. They are Re-usable, Washable

Teri Green
Atlas Biomechanics 

Monday, October 14, 2013

Corn Pads can Prevent Painful Soft Corns

Corn pads can help prevent the pain of soft corns. Soft corns are thickened skin between toes. They usually occur when there is either a crooked hammertoe or a boney spur on a knuckle. If there is excessive friction or pressure on a toe knuckle by another one then the pinched skin will grow more skin to protect itself. But this protection process over does it and a thickened skin or soft corn occurs. The reason it is called a soft corn is because when the corn is in between toes, moisture from sweat gets absorbed by the skin. The corn actually becomes soft, but still painfully.

Corn pads are inexpensive foot pads that are either adhesive felt, adhesive foam or reusable gel. These corn pads off load the pressure and friction on the toe joint preventing the built up of the soft corn.

Teri Green
Atlas Biomechanics

about Atlas Biomechanics: we are a woman owned sports medical manufacturer of Foot Pads, Heel Lifts and Heat Mold Orthotics.

Tuesday, October 1, 2013

Budin Splint to Treat and Realign Painful Hammertoes

A Budin Splint is a medical device used to realign and treat painful hammertoes. Budin splints are also called hammertoe regulators and hammertoe straighteners. They are basicly a metatarsal pad with an adjustable elastic band. The band goes over the contracted digit and helps realign it. The cushioned base off loads the painful ball of foot. Over time when wearing the Budin splint a crooked hammertoe should slowly straighten.

Budin Splints have been around for decades due to the successful nature of its design. Atlas Biomechanics' Budin Splint are made in the USA and are composed of medical grade materials. The splint elastic band should not feel tight and should be place as far back on the digit as possible. Budin splints are also used as post-op hammertoe surgery splints to maintain the toe's correction. Never wear the hammertoe straightener if the pain gets worse.

Teri Green
Atlas Biomechanics


Friday, June 21, 2013

Corn Pads and Toe Separators Prevent Soft Corns

Soft corns are painful thick skin between the toes can be treated with felt or foam corn pads or foam toe separators. A soft corn is a common condition on the feet that can, if not treated, cause infection, ulcer or amputation.

What is a Soft Corn?
A typical soft corn is also called a Heloma Molle. It is the result of two bony prominences rubbing together. When the two bones, which are usually in the two adjacent toes rub against one another the skin is caught in between. Since the skin does not like having pressure on it, the skin grows faster to protect itself. This growth occurs only in the area of bony rubbing. The skin thickening is now called a soft corn. This usually occurs between two adjacent toes on the knuckle joints. The most common place for a soft corn is between the 4 th and 5 th toes. When a person wears an ill-fitting shoe the toes are pressed further together and can increase the likely hood of the corn from developing. If your feet are moist, the sweat is absorbed into the corn and it becomes macerated (wet) and has a white coloration.
How to Treat a Soft Corn?
There are several conservative ways to treat a soft corn. These are commonly a corn pad or a toe separator. The last option is surgery which is routinely performed by a podiatrist. The easiest way is to wear shoes that are not narrow in the toes. This goes especially for high heels. The next way is to prevent the bony knuckles from rubbing in the first place. This is where a corn pad or toe separator comes in. The typical corn pad is an adhesive foot pad made of either gel, felt or foam. There is an opening in the toe pad which the bony knuckle is placed. Then the pad offloads the bony knuckle to prevent corn build up. The other option is a foam toe spacer that cushions the boney knuckle.

Thank you,

Teri Green
Atlas Biomechanics

Thursday, June 13, 2013

How to Treat Achilles Tendinitis with Heel Lifts

Achilles tendinitis is a common foot injury for both athletes and women who wear high heels. The calf muscle (Gastroc-Soleus) blends into a thick tendon attaching to the back of the heel (calcaneus). The Achilles tendon is important for walking (gait ambulation), allowing for us to push off, (raising the heel).

Achilles tendonitis most common cause is due to overuse with a tight tendon. The athlete over does a physical activity and Achilles Tendon is over stretched. There can be because of a sudden increase of distance, intensity or amount of an activity. This can be aggravated by a tight Achilles tendon or gastroc soleus tendon, over pronation, ill fitting shoes or old worn out athletic shoes.

Another common reason for Achilles tendonitis is with constant high heel shoe use. Over time when wearing high heels, the Achilles Tendon or Gastroc Soleus muscle will shorten since the foot is in a plantar flexed position. When the same person then wears a flatter shoe or goes barefoot, the Achilles is more stressed since it is already in a shorten position.

One of the most common symptoms of Achilles Tendinitis is pain at its attachment in to the heel bone (calcaneus). This especially occurs when there is a period of inactivity such as sleeping or sitting, due to the Achilles shortening from non-use.

There are several ways to treat Achilles Tendonitis. These include rest, anti inflammatory, stretching, ice, orthotics, PT and one that should be on every one's list, heel lifts. A heel lift is a medical device placed in the shoe to raise up the heel bone (calcaneus). Heel lifts come in several different types, such as cork and  rubber and different heights (3 mm, 6 mm and 9 mm shoe lifts). When a in shoe heel lift is used, it will slightly shorten the Achilles to off load the tendon during gait. If  the Achilles is slightly shortened by a heel lift the effective length for propulsion is increased thus allowing for the tendon to heal faster.

Many athletes have tried using a heel lift with Achilles Tendonitis with great success. The most common height used is a 6 mm heel lift in both shoes. Heel lifts should be used in all shoes while treating Achilles tendinitis.

About Atlas Biomechanics;
Atlas Biomechanics is a woman owned sports medical manufacturer of heel lifts in the US. We produce 3 mm, 6 mm and 9 mm heel lifts, plus an adjustable heel lift with a built in heel wedge. Atlas Biomechanics manufacturers cork heel lifts eva rubber heel lifts and adjustable heel lifts. 

Teri Green  
Atlas Biomechanics

Wednesday, June 5, 2013

Orthotic Blanks: Shoe Heel Lifts Can Reduce Low Back Pain with Limb...

Orthotic Blanks: Shoe Heel Lifts Can Reduce Low Back Pain with Limb...: Heel lifts when placed in shoes can decrease chronic low pain in patients with limb length inequality , according to a study at the Durham ...

Shoe Heel Lifts Can Reduce Low Back Pain with Limb Length Inequality

Heel lifts when placed in shoes can decrease chronic low pain in patients with limb length inequality, according to a study at the Durham VA Medical Center.

In their study they wanted to determine what changes occur in pain and disability when a shoe heel lift is given to patients with chronic low back pain who also have limb length discrepancy. When the short leg gait compensates, there is a bowing in the lower back causing pain. They rated pain and disability in the patients before they received a heel lift and after. Subjects determined their lift height based on resolution of low back pain symptoms.

Following heel lift intervention, 9 of 12 subjects had reduction in low back pain and 9 of 12 patients also had decreased disability. The conclusion of the study is that shoe heel lifts may reduce low back pain and improve function for patients who have chronic low back pain and a limb length inequality.

When a patient comes to our office with low back pain, a practitioner should evaluate for limb length discrepancy. And when a patient who had a limb shorting surgery such as a knee or hip replacement surgery, the practitioner should evaluate for a low back pain.

Teri Green
Atlas Biomechanics

About Atlas Biomechanics. We are a woman owned sports medical manufacturer of heel lifts, heat mold orthotics and foot pads. We produce 3 mm heel lift, 6 mm heel lift, and 9 mm heel lift

Saturday, May 11, 2013

Orthotic Blanks: Prevent Hammertoe Corns on Feet

Orthotic Blanks: Prevent Hammertoe Corns on Feet: Hammertoes are when the toes contract and form hammer like digits. The knuckles on top of the toes can then rub against the shoe causing fr...

Prevent Hammertoe Corns on Feet

Hammertoes are when the toes contract and form hammer like digits. The knuckles on top of the toes can then rub against the shoe causing friction. This friction will make the skin to try to protect itself by growing more skin, which becomes a corns on feet. These corns on feet from the hammertoes causes pain, irritation and possible infection. Similar process occurs on the tips of the toes where the skin rubs against the bottom of the shoe. Foot callus occurs on the pad of the foot from downward pressure.

To prevent corns on feet one must decrease the friction on the toe knuckles of the hammertoe, use a corn pad or a crest pad. Corn pads are adhesive toe pads that encircle the hammertoe knuckle to off load the pressure points, thus reducing friction on the skin. This off loading by the corn pads will reduce corns on feet. These corn pad foot products can be felt, foam or reusable, self sticking gel. One does not want to use a callus remover on hammertoes due to the risk of infection.

rubbing on shoes. This can be accomplished with a

Another way to prevent corn on feet is to use a Crest Pad. Another term is a Buttress Pad. These crest pads have an adjustable loop to attach the crest (buttress) pad to the toe. The bottom of the adjustable crest pad lies under the hammertoe and lifts it. The straightened hammertoe then can not rub against  the shoe causing corns on feet. These foot pads come in medical grade gel.

Thus we have two ways in decreasing corns on feet. One is to wear a corn pad and the other is to wear an adjustable crest pad.

Atlas Biomechanics is one of the largest producers of US made foot products. We offer our products in bulk/wholesale discount packs to the medical community and the general public.

by Teri Green
Atlas Biomechanics


Wednesday, May 1, 2013

Orthotic Blanks: Varus and Valgus Heel Wedge

Orthotic Blanks: Varus and Valgus Heel Wedge: A varus or valgus heel wedge s that can be easily fabricated from our adjustable heel lift, the Triple V Heel Lift are meant to decrease ei...

Varus and Valgus Heel Wedge

A varus or valgus heel wedges that can be easily fabricated from our adjustable heel lift, the Triple V Heel Lift are meant to decrease either supination or pronation of the subtalar joint. Improving the stabilization of the subtalar joint with a varus heel wedge or a valgus heel wedge can improve foot, ankle, knee, hip and lower back function. A heel wedge can improve an abnormal heel strike and drecrease painful joint, muscle and tendon motion further up the kinetic chain.

Some examples were a practitioner would us our Triple V Heel Lift with its either valgus or varus heel wedge. A typical patient with limb length discrepancy will have their short leg in subtalar supination to compensate and basicly to get their foot on the ground. As the patient goes through the gait cycle, they will have excessive pronation at the subtalar joint.  If one would place our height adjustable shoe lift into a varus wedge, then the heel (calcaneus) is stabilized at heel strike.

Indications for a varus heel wedge:
1. excessive subtalar joint pronation (flatfoot, collapsing arch)
2. medial ankle sprains
3. shin splints
4. plantar fasciitis
5. posterior tibial tendon dysfunction
6. calcaneal eversion
7. medial knee syndromes

Indications for a valgus heel wedge:
1. excessive subtalar joint supination
2. lateral ankle sprains
3. lateral knee syndromes
4. peroneal tendonitis
5. calcaneal inversion

View our Triple V Heel Lift, the only height adjustable heel lift with a varus or valgus heel wedge.

by Teri Green

Wednesday, April 24, 2013

Chronic low back pain, limb length discrepancy and Shoe Heel Lifts

In shoe heel lifts have been shown to decrease pain and disability in patients with limb length discrepancy who also have chronic low back pain. In a study from Durham VA Medical Center, they wanted to study the effect of heel lifts (shoe lifts) on chronic low back pain patients with limb length inequality. Previous studies have shown that a short leg may be the cause of chronic low back pain.
In their study, 12 patients with limb length discrepancy and chronic low back pain were given an in shoe heel lift. The results revealed reductions of general pain for 9 of 12 patients who wore the shoe lifts. Patients also had less disability 9 of 12.

In conclusion, shoe heel lifts may reduce low back pain and improve function for patients who have chronic low back pain and limb length discrepancy. So measure and evaluate limb length in all your chronic low back patients. A simple heel lift can make a huge difference.

Atlas Biomechanics is a leader on the production of US heel lifts. Our in shoe lifts come in 3 mm, 6 mm, and 9 mm heel lift heights.
by
Teri Green
Atlas Biomechanics

Monday, April 1, 2013

Orthotic Blanks: DME code L3030 Heat Mold, Direct Contact Orthotic

Orthotic Blanks: DME code L3030 Heat Mold, Direct Contact Orthotic: A dme L3030 orthotic is a custom orthotic fabricated directly from the patient's foot. Usually it is a thermoplastic  orthotic blank tha...

DME code L3030 Heat Mold, Direct Contact Orthotic

A DME L3030 orthotic is a custom orthotic fabricated directly from the patient's foot. Usually, it is a thermoplastic orthotic blank that is heated with a toaster oven or a heat gun.

The orthotic device is then placed on a pillow or under the patient's shoe insole. Then the patient will press down with the practitioner controlling the subtalar joint (usually in neutral). This direct contact fabrication of an orthotic allows the practitioner to control the production process from start to finish without costly orthotic lab fees or messy plaster casts. Patients appreciate no having to wait weeks for the device. Usually, costs to the practitioner are much less than those charged by orthotic labs.


Atlas Biomechanics' thermoplastic heat moldable custom orthotic blanks allow you to produce a lab quality orthotic in office in about 10 minutes for a fraction of the price. Atlas Biomechanics offers dress and athletic orthotic blanks and prefab orthotic.



Orthotics
1) Narrow Profile (dress) Heat Mold, Direct Contact Orthotic
2) Medium Profile (athletic) Heat Mold, Direct Contact Orthotic


Please view our Orthotic Fabrication Guide to learn how easy it is to make a custom orthotic.

Our orthotics ( arch supports ) will control subtalar joint pronation that causes valgus heel, collapsed arch, and plantar fasciitis.

Heat Moldable, Direct Contact, Custom Orthotics:
* fraction the cost of orthotic labs.
* 3/4 semi-rigid shell, long lasting, total contact fit custom orthotic.
* 1.3 mm thin proprietary material for ease of molding.
* two orthotic models, Athletic (medium profile) and Dress (narrow profile).



Teri Green
Atlas Biomechanics

Thursday, March 21, 2013

Finanical Analysis of Heat Mold Orthotic Survey

Every year Atlas Biomechanics surveys the practitioners who use our Heat Mold, direct contact orthotics. We sent out over 500 surveys and received 214 back. Here are the results of orthotic economics.

1. Practitioners who bill cash for the heat mold, direct contact orthotic is 57%
2. Cash price billed for the orthotic device; mean of $196, range $73-425, mode $185.
3. Practitioners who bill insurance companies for the heat moldable orthotics is 43%.
4. Code used to bill to the insurance company is L3030, 96% using this  orthtotic code.
5. Insurance reimbursement for L3030 direct contact orthotic: mean $154, range $78-327.
6. Patients who receive heat mold orthotics after practitioner discusses it with the patient is 31%.
7. Fabricating in partial weight bearing and subtalar neutral is 78%.
8. Medical assistants who fabricate the orthotic device is 32%.
9. Practitioners who have Atlas Biomechanics private label is 59%.

Thanks to all of the practitioners who took time out of their busy schedule to fill out our annual survey.

Teri Green
Atlas Biomechanics 

Saturday, February 9, 2013

Orthotic Blanks: Leg Length Inequality, Low Back Pain and Heel Lift...

Orthotic Blanks: Leg Length Inequality, Low Back Pain and Heel Lift...: A classic but well referenced article by Dr. O. Friberg in Spine (Phila PA 1976) Sep;8(6):643-51. It has been refenced by other articles ove...

Leg Length Inequality, Low Back Pain and Heel Lifts

A classic but well referenced article by Dr. O. Friberg in Spine (Phila PA 1976) Sep;8(6):643-51. It has been refenced by other articles over 211 times.

Dr. Friberg studied 798 patients with uni lateral hip and or chronic and therapy resistant low back symptoms vs 359 patients that were pain free. He observed that 79% (highly significant percentage) of patients with pain also had a limb length discrepancy. Dr. Friberg also found that 89% of the patients with had the chronic/recurrent sciatic pain and/or uni lateral hip pain on the longer leg side of the body. When he corrected the leg length inequality with a simple shoe heel lift, a permanent  and mostly complete alleviation of the patients' symptoms was achieved in the majority of the cases.

This is an old but still very relevant article even for today's practitioners. How many patients come in with uni lateral hip and or lower back pain who are not examined for limb length discrepancy? Are these patients given a simple inexpensive shoe heel lift? How about the tens of thousands of patients who every year receive a total hip or total knee replacement surgeries with leg length inequality?

Measuring for limb length inequality on our patients with unilateral hip and low back pain should be performed routinely. Dispensing an inexpensive and simple shoe heel lift can alleviate many of our patients' long term and resistant symptoms.

Teri Green, info@atlasbiomechanics.com

About Atlas Biomechanics; Atlas Biomechanics is a woman owned sports medical manufacturer and distributor. It is one of the leading heel lift manufacturers in the world. It produces a full line of traditional heel lifts, plus the newest patent pending shoe heel lift, The Triple V Heel Lift, the only varus/valgus and variable height heel lift in production.

Saturday, February 2, 2013

Hockey Orthotics (ice skate orthotics)

Hockey Ice Skates are used to control the ankle, foot and knees. In the foot, it especially controls the subtalar, midtarsal and ankle joints. If any of these joints are not in their most efficient positons, then the ice skater will not have the most effective leg power.
The typical hockey ice skater's lower extremities never goes through a complete gait cycle. They ideally should have limited pedal mechanics between midstance and the beginning of propulsion, with the knee in slight flexion during the entire contact phase. When a skater initiates a turn, they will maintain their control by directing the inside knee medially and transferring the load inward to the foot's medial edge. This is done by internally rotating the tibia, causing kinetic chain pronation of the foot which transfers the pressure through the skate boot on to the blade's inside edge.
The higher level hockey skater has a more subtle dynamic and the reverse is true for the beginner. When a hockey ice skater has an over pronated or unstable foot structure, they may have a more difficult time turning as the medial arch stucture or the foot may collapse within the skate boot before the edging forces can be transferred.
A hockey skate orthotic should allow for greater control with turning and crossovers. Usually persons with skate orthotics notice longer stride length and more explosive leg power on the ice. Ice Skate Orthtoics should be thin to allow for foot room, 3/4 length for toe box movement, semi rigid for control and adjustable for modifications. The best place for a hockey skate orthotic is under the existing skate's insole for comfort, control and proper placement.
A heat moldable, direct orthotics from Atlas Biomechanics achieves all the above goals. It is only 1.3 mm thick, fabricated with just a heat gun or toaster oven, semi rigid shell and easily adjustable.

Learn ice hockey biomechanics and how hockey orthotics can help.
Teri Green
Atlas Biomechanics
www.atlasbiomechanics.com

Orthotics for Hockey Ice Skates - AtlasBiomech's Blog - Blogster

Orthotics for Hockey Ice Skates - AtlasBiomech's Blog - Blogster hockey ice skates from www.atlasbiomechanics.com helps with control and speed.
teri green
atlas biomechanics

Thursday, January 31, 2013

Orthotic Blanks: Hockey Skate Orthotics

Orthotic Blanks: Hockey Skate Orthotics: Orthotics in hockey ice skates are used to control the ankle, foot and knee. In the foot, it especially controls the subtalar, midtarsal and...

Hockey Skate Orthotics

Orthotics in hockey ice skates are used to control the ankle, foot and knee. In the foot, it especially controls the subtalar, midtarsal and ankle joints. If any of these joints are not in their most efficient positions, then the ice skater will not have the most effective leg power.

The typical hockey skater's lower extremities never goes through a complete gait cycle. They ideally should have limited pedal mechanics between midstance and the beginning of propulsion, with slight knee flexion during the entire contact phase. When initiating a turn, an ice skater will maintain their control by directing the inside knee medially and transferring the load inward to the foot's medial edge. This is done by internally rotating the tibia, causing a closed kinetic chain pronation of the foot which transfers the pressure through the skate boot on to the blade's inside edge.  

The higher level hockey skater has a more subtle dynamic and the reverse is true for the beginner. When an ice skater has an over pronated or unstable foot structure, they may have a more difficult time turning as the medial arch of the foot may collapse within the skate boot before the edging force can be transferred.

Some indications you may need a hockey ice skate orthotic.
1. Foot and or Ankle pain or fatigue with ice skating.
2. Weak crossovers.
3. Difficulty making a turn.
4. Knee and or Low Back pain or fatigue while skating.
5. Chronic fatigue or pain directly after skating.

A hockey skate orthotic should allow greater control with turning and crossovers. Usually persons with skate orthotics notice longer stride length and more explosive leg power. Skate orthotics should be thin for ease of placement, 3/4 length for toe room, semi rigid for control and adjustable for modifications. The best place for a hockey orthotic is under the skate's insole for comfort, control and proper placement.

A heat moldable, direct contact orthotic from Atlas Biomechanics achieves all the above goals. It is only 1.3mm thick, fabricated with just a heat gun or toaster oven, a semi rigid shell and easily adjustable.

Teri Green
Atlas Biomechanics 
info@atlasbiomechanics.com

Thursday, January 17, 2013

Untitled

Cramer 750 Athletic Tape from Atlas Biomechanics is designed to provide high end athletic tape performance. Cramer 750 Athletic Tape is latex free and has a high quality cotton back cloth. The zinc oxide coating helps prevent contact dermatitis. It also has an excellent tensile strength. Cramer 750 Athletic tape was designed with a computer calibrated unwind for maximum consistency and superior conformability.

Atlas Biomechanics has been offering Cramer 750 Athletic tape and is consistently been a practitioner favorite. Comments such as, "patients do better on the 750", or "used other tapes and this one is far superior" are common.

Teri Green

Atlas Biomechanics

Atlas Biomechanics is a women owned sports medical manufacturer and distributor based in Oak Brook, IL. 

Cramer 750 athletic tape from Atlas Biomechanics, www.atlasbiomechanics.com helps prevent contact tape dermatitis.
Teri Green,

Advantages of Cramer 750 Athletic Tape - AtlasBiomech's Blog - Blogster

Advantages of Cramer 750 Athletic Tape - AtlasBiomech's Blog - Blogster The Cramer 750 Athletic tape helps prevent tape contact dermatitis.
Teri Green,
Atlas Biomechanics
www.atlasbiomechanics.com

Tuesday, January 15, 2013

Why heat moldable direct contact orthotics? - AtlasBiomech's Blog - Blogster

Why heat moldable direct contact orthotics? - AtlasBiomech's Blog - Blogster thanks for making Atlas Biomechanics, the world leader in heat moldable direct contact orthotic blank production.
Teri Green,
Atlas Biomechanics

Why use heat moldable, direct contact orthotics?

Heat moldable direct contact orthotics from Atlas Biomechanics allows the practitioner to fabricate a custom orthotic (DME code L3030) in their office, with out messy casts, inaccurate foam boxes and expensive orthotic labs.
Features of Atlas Biomechanics' heat mold, direct contact orthotics over traditional orthotics:
* 3/4 semi rigid shell.
* 12 mm heel cup for added control.
* narrow or medium profile.
* fits in most shoe gear, including heels, flats, loafers, work boots, ice skates, and ski boots.
* 1.3mm thin.
* completely heat moldable and reheat formable.
* heat gun or toaster oven is the only equipment needed.
* proprietary material to ease molding process.
* complete custom orthotic in 10 minutes.
* total contact fit.
* patients happy before they leave the office.
So you can see the advantages of heat moldable direct contact orthotics.
Teri Green
Atlas Biomechanics
www.atlasbiomechanics.com
Thank you all for making Atlas Biomechanics, www.atlasbiomechanics.com the world leader in heat moldable, direct contact orthotic manufacturer.
Teri Green
Atlas biomechanics
www.atlasbiomechanics.com

Sunday, January 13, 2013

Triple V Heel Lift, Varus/Valgus and Variable Height Heel Lift

Triple V Heel Lift, a Varus, Valgus and Variable Height adjustable heel lift is a totally new concept in heel lifts. This patent pending heel lift from Atlas Biomechanics allows for height correction due to its 3 removable 1/8" (3 mm) rubber layers. The bottom layer can be peeled for either a varus or valgus correction. This prevents subtalar joint pronation. Most short limbs are in calcaneal inversion and the Triple V Heel Lift corrects for that. Thus the short limb has increased stabilization. Our research at Atlas Biomechanics shows that when patients wear the Triple V Heel Lift, they have decreased pain and fatigue in the low back, knees, and ankles.
The Triple V Heel Lift
* Varus, valgus and variable height adjustable heel lift.
* Totally new concept in heel lifts in 30 years.
* Suede top cover.
* Bottom layer can be peeled for either a varus or valgus correction.
*Prevents subtalar pronation.
* Height adjustable.
* Corrects for calcaneal inversion.
* Decreases pain and fatigue in low back, knees and ankles.
* Increased stabilization of the short limb. 
great response for our newest heel lift, the triple v heel lift from atlas biomechanics, www.atlasbiomechanics.com

Triple V Heel Lift, a Varus/Valgus and Variable Height Lift - AtlasBiomech's Blog - Blogster

Triple V Heel Lift, a Varus/Valgus and Variable Height Lift - AtlasBiomech's Blog - Blogster wow, getting great response for our Triple V Heel Lift, the latest in heel lifts.
Thanks,
Teri Green
Atlas biomechanics