T-Stirrup Ankle Joint Power Unit are made to work well with these devices. They fit comfortably and securely on various foot sizes and shapes. These accessories are tough and long-lasting, even when used a lot. They're designed to give great support and stability without sacrificing comfort or movement. You can adjust them to suit your needs, making them work better for you. Studies and users show they really help with moving better and living a better life.
Ultraflex 2 Stainless Steel Ankle Joint is used to make custom orthoses for orthopedic rehab and treating muscle stiffness. These orthoses aren't for walking. You can get them for left or right side. It can move from -75 to +75 degrees and can lock the ankle in place every 7.5 degrees. You can lock and unlock it at any angle in 7.5-degree steps. There are power assists you can attach that give 45, 60, or 90 pounds of support. Each side of the joint weighs 119 grams without bars or stirrups, which are included in the kit. The materials used are stainless steel for the joints, 2024 aluminum for the sidebars, and 2024 aluminum for the stirrups. They are coated to prevent corrosion.
Ultraflex 3 Stainless Steel Ankle/Wrist ROM Joint is useful for creating custom wrist supports in orthopedic and neurological rehabilitation. It helps with low-load stretching. It can move in both directions, with an adjustable range of ±140º or a total of 280º. It has safety and therapeutic locks in 20º steps. You can lock it in any position within 280º. The power assists, helping with movement, are rated up to 10.2 Nm (90 in·lb) for the 85D power units. The weight with full struts is 290g (6 oz.) for knee/elbow and 250g (2.5 oz.) for ankle/wrist. The joint heads are made of ASTM A240/A240M Type AISI 410 (Martensitic stainless) and are heat-treated to HRC 38-42 (electropolished). The struts are also A240/A240M Type AISI 410 (Martensitic stainless) and are heat-treated to HRC 38-42 (electropolished). The dimensions are 3.175mm(18”) x 12.7mm(1/2”) x 254mm(10”).
Ultraflex USS Adult AFO Joint is useful for making custom ankle supports that help with walking problems, weak muscles, and unstable joints, making it easier to move around. These supports are final and aren't made for stretching. You get one for either the left or right foot. For people weighing up to 220 lbs, use two joints per foot if they weigh over 150 lbs. Use the left joint for the outside of the left foot or inside of the right foot. Use the right joint for the outside of the right foot or inside of the left foot. If the patient is under 150 lbs, use the left joint for the outside of the left foot and the right joint for the outside of the right foot. In that case, Ultraflex suggests using another joint, AFOP-ROM, for the inside of the support.
Ultraflex USS Pediatric AFO Joint is helpful for making custom ankle braces. These braces are permanent and aren't meant to stretch, and they're made for kids and teenagers who weigh up to 110 pounds. They help with walking problems, weak muscles, and unstable joints, making it easier to move around. If the patient weighs more than 50 pounds, use two joints for each ankle. The left joint can go on the outside of the left ankle or the inside of the right ankle. The right joint can go on the outside of the right ankle or the inside of the left ankle. If the patient weighs less than 50 pounds, use the left joint on the outside of the left ankle and the right joint on the outside of the right ankle. In this case, Ultraflex suggests using a ROM joint item AFOP-ROM for the inside of the brace.
The Ultralight Air Walking Boot is designed to be easy to adjust without needing any tools. Its inflatable foam liner allows for custom compression. Straps in the front make it simple to put on, adjust, and take off. It has a lightweight sole and cushioned heel to absorb shocks well. The bottom is wide and low to help you walk . Plus, it has ventilated panels to prevent bacteria from building up. This boot is suitable for various conditions such as soft tissue injuries, sprains, fractures, post-operative recovery, trauma, and rehabilitation.