TECHNOLOGY IN MOTION
The Science Powering Better Performance
Andina has included a variety of scientifically researched technical fabrics and garment designs into each piece to ensure they provide the most benefit to the wearer. These include Far Infrared (FIR) fabrics, anatomically inspired designs and athletic grade compression. These all work with the body to improve wearability and comfort, as well as performance and recovery. These garments are a form of passive support that can be used by everyone all the time, they are not a medical treatment.
SCIENCE EXPLAINED
Designed With the Body in Mind
The approach combines fabric technology with anatomical design to address how different bodies experience movement and physical activity.
PURPOSEFUL INNOVATION
Designed Beyond Convention
Intentionally engineering garments utilising cutting edge fabric technology and anatomical knowledge come together to bridge the gap between conventional sportswear and medically aware design.
ACROSS THE RANGE
Technology Woven Into Every Garment
The same science-led approach extends across the range, integrating FIR technology and anatomical considerations into each garment.
Far Infrared (FIR) Garments
- Enhance local circulation
- Increase oxygen delivery
- Increase metabolic activity
- Help to maintain body temperature
How FIR Technology Works
FIR garments are made using fabrics that contain ceramic nano -particles, these are woven into the fabric. These ceramic nano-particles naturally absorb the thermal energy your body emits and reflect it back as a deep penetrating FIR energy. This stimulates local blood circulation. At a cellular level this boosts natural processes, such as;
- Improved oxygen delivery to the muscles and tissues.
- Improved dissipation of metabolic waste products.
- Enhanced muscle recovery of micro damage sustained during use.
- Decreased cellular inflammation
- Alleviated chronic pain and joint stiffness.
This interaction between the body and the garment acts as a loop; the fabric helps recycle the energy you are emitting that would otherwise be wasted into the surroundings. This energy is returned in a wavelength that is usable by your body to enhance your natural biological processes. The specific range of wavelengths emitted by the ceramic nano-particles is very important. The ceramic materials selected emit within a particular band of wavelengths that are readily absorbed by your cells, due to their high (60-70%) water content. This creates a resonance effect that causes vibrational movement at a molecular level, which generates heat deep within the tissue itself. This heating effect stimulates the processes listed above by encouraging the vasodilation of the surrounding tissues and structures.
Performance and Thermal Regulation
FIR garments are well known for their thermal regulation properties. They primarily help the body maintain a stable temperature without the added bulk of traditional insulation garments. This is a real benefit for anyone doing outdoor activity during the colder months when thick thermal clothes may hinder movement. The warming effect on the tissue also means muscles are more pliable which can reduce injury risk.
Due to the properties of the specific fabric used by Andina, our garments are comfortable in all weathers, due to their moisture wicking properties and lightweight feel.
Due to the properties of the specific fabric used by Andina, our garments are comfortable in all weathers, due to their moisture wicking properties and lightweight feel.
Post Exercise Recovery
There are also numerous benefits to wearing FIR garments post exercise, during the recovery phase. The enhanced local circulation helps restore normal blood flow and dissipate metabolic waste such as lactic acid, which can otherwise lead to soreness in muscles post exercise. This means that the use of FIR garments during recovery from exercise is reported to lead to decreased feelings of muscle soreness and tension.
Circulation and Everyday Support
The influence on local blood flow can also support those with poor circulation. The increased blood flow helps to maintain warmer extremities and decreases numbness. When coupled with compression this effect is enhanced.
Practical Advantages
The benefit of FIR garments is that they are a passive, non-invasive, non-analgesic option for supportive therapy for a whole range of issues. The whole time the garment is in contact with your skin you will be receiving the benefits. FIR garments, when compared to other similar options on the market, do not require charging and require no effort on the part of the wearer. Andina’s FIR fabric is made using yarn containing the ceramic nano-particles woven directly into the fabric, as opposed to a coating applied to the fabric, this means that the benefits are much longer lasting and should not be affected by washing or use.
ANATOMICAL DESIGN
Built Around The Body
Biomechanical support
Intentionally engineered to support the active body.
Targeted designs
Considers areas that may need additional support.
Enhanced Mobility
Allows full range of movement with no restrictions.
Comfort
Seams and stitching that you won't even notice.
The use of uniquely constructed panels and seams means all our pieces are anatomically designed to provide the most comfort and support possible. Following the major muscle groups and biomechanical principles of movement is a key consideration during the design phase. When active, in order to perform your best, you should never feel restricted or uncomfortable.
Compression
Compression garments are a safe, long-term, non-analgesic option that can support athletes during exercise and recovery.
Key Benefits
- Muscle and Joint Support: Helps reduce muscle oscillation and improve joint stability, proprioception, and movement efficiency.
- Circulation: Supports local blood flow and venous return.
- Pain and Recovery: Can reduce muscle pain and the perception of muscle damage, supporting recovery between exercise sessions.
- Injury Support: Improved stability and reduced muscle vibration may help reduce subluxations, sprains, and cumulative impact-related injuries.
- Performance and Fatigue: While research does not show clear improvements in performance during exercise, compression may support subsequent endurance and resistance performance following recovery.
- Comfort and Movement: Designed to provide support without restricting range of motion
Athletic compression typically uses 18–20 mmHg of compression. The garment fit, pressure distribution, fabric stretch and construction all influence comfort, support, and effectiveness.
Research has explored the use of compression garments across athletic performance, recovery, pain, joint stability, proprioception, and muscle load management, with evidence suggesting particular benefits during recovery and for reducing perceived muscle soreness and instability.
ENGINEERED FOR MORE
Put the Science Into Motion
Discover body-aware sportswear designed to bring purposeful technology into every movement.