The Amparo Icecast Compatibility Adapter is designed to enable the use of selected Amparo Resilience transtibial sockets with the Icecast casting system, providing clinicians with greater flexibility when integrating Amparo sockets into an existing prosthetic workflow. The adapter creates the interface required between the Icecast system and compatible Amparo Resilience Small and Medium sockets, allowing prosthetists to combine established casting equipment with Amparo’s remouldable socket technology. Lightweight and simple to use, the adapter is particularly useful for clinics that already work with Icecast and want to introduce Amparo sockets without changing their entire casting setup. Key Features Enables compatibility between the Icecast system and selected Amparo Resilience sockets Designed for transtibial / below-knee amputees Compatible with Resilience Small and Medium sockets Lightweight construction Supports integration of Amparo sockets into existing clinical workflows Helps reduce the need for additional casting infrastructure Suitable for clinic and workshop use Technical Information Reference: ICA Weight: 85 g Dimensions: 15 × 21 cm Users: Below-knee / transtibial amputees Compatibility: Amparo Resilience Small and Medium sockets Components ICA Icecast Compatibility Adapter The Amparo Icecast Compatibility Adapter provides a practical bridge between the Icecast casting system and the Amparo Resilience range, giving prosthetists more flexibility in how they introduce and use Amparo technology within their existing fitting process.

Read more less

The Amparo Majicast is a direct-fit, hydrostatic weight-bearing casting system designed to capture the residual limb under full functional load, helping clinicians create a more accurate and consistent transtibial socket shape in a single session. Instead of relying on traditional plaster casting, Majicast uses the patient’s own body weight together with evenly distributed hydrostatic pressure to support the residual limb during shape capture. This allows the clinician to capture the limb in a condition that more closely reflects how it behaves during real-world prosthetic use. Key Features Hydrostatic weight-bearing shape capture Uses the patient’s body weight to support accurate shaping and load transfer Proprietary soft tissue control helps stabilise distal tissues during fitting Supports more consistent, pressure-balanced socket shapes Reduces variability associated with manual casting techniques Supports rapid progression from check socket to interim or definitive socket Designed specifically for Amparo remouldable sockets Eliminates the need for conventional plaster casting in the Amparo workflow Can reduce material waste through socket remoulding and targeted adjustments Supports digital workflows by allowing the captured socket or shape to be scanned for CAD/CAM and documentation Suitable for clinics, treatment rooms, mobile services and outreach programmes Soft Tissue Control One of the key elements of the Majicast system is its approach to distal soft tissue control. Soft tissue can move or distort when the residual limb is loaded, which can affect the geometry captured during conventional casting. Majicast is designed to stabilise the distal tissues while the patient is weight bearing, helping the clinician create a more anatomically representative and pressure-balanced socket shape. Faster Socket Fitting The actual hydrostatic shape-capture stage typically takes around 2–3 minutes. Depending on the clinic workflow and prosthetic components being used, Amparo states that the pathway to a functional prosthetic device can potentially be completed in under 60 minutes. This makes Majicast particularly valuable for clinics looking to: Reduce repeat appointments Shorten socket delivery times Improve workflow efficiency Standardise fitting between clinicians Provide same-day or single-visit prosthetic services Designed for Mobile and Outreach Prosthetics Majicast does not require electricity or plumbing during operation. It is filled with water from a standard tap and then functions as a closed hydrostatic system. This makes it suitable not only for established prosthetic clinics but also for mobile clinics, humanitarian programmes and prosthetic fitting camps where conventional workshop infrastructure may be limited. Digital Workflow Integration Majicast can also act as a bridge between direct-fit prosthetics and digital manufacturing. Once the weight-bearing shape has been captured, the resulting socket or shape can be 3D scanned and converted into a digital model, supporting CAD/CAM design, documentation and future manufacturing workflows. Technical Information Current application: Transtibial / below-knee fittings Casting time: Approximately 2–3 minutes Majicast weight when empty: Approx. 25 kg Weight when filled: Approx. 55 kg Maximum supported patient weight: 125 kg Power requirement: None Water requirement: Filled from a standard tap System type: Closed hydrostatic weight-bearing casting system Socket compatibility: Designed for Amparo sockets A More Standardised Starting Point for Socket Fit Majicast is designed to make the first stage of socket fabrication more repeatable, functional and efficient. By capturing the residual limb under weight-bearing conditions and combining this with soft tissue control, the system gives prosthetists a consistent starting point for creating a comfortable total-contact socket. For clinics using the wider Amparo system, Majicast acts as the core capital equipment that supports rapid, remouldable and potentially single-visit transtibial socket fitting.

Read more less

The Amparo Spacer Pads are a set of reusable silicone pads designed to create additional space within the prosthetic socket during fitting and adjustment. Placed over sensitive or pressure-prone areas before socket forming, the pads help the prosthetist build targeted relief directly into the socket. This makes it easier to accommodate bony prominences, tender areas or other regions where additional clearance is required for comfort. The set includes six silicone pads in three different shapes and sizes, giving clinicians flexibility to manage a range of anatomical areas during the fitting process. Key Features Creates targeted extra space inside the prosthetic socket Helps relieve sensitive or pressure-prone areas Useful around bony prominences and tender regions Supports more comfortable socket fitting Reusable silicone construction Three different pad shapes for different clinical applications Designed for use during Amparo socket fitting and adjustment Suitable for clinic, mobile and outreach fitting environments Set Includes 6 silicone spacer pads — 2 of each shape 3 × 7 × 3 cm 7.5 × 8.2 × 3 cm 3.5 × 3.5 × 3 cm Clinical Application The Amparo Spacer Pads give prosthetists a simple way to introduce controlled relief into the socket exactly where it is needed. By creating additional space during the forming process, they can help reduce localised pressure and improve comfort without requiring extensive post-fitting modification. They are a practical accessory for achieving a more customised socket fit while maintaining the speed and simplicity of the Amparo workflow.

Read more less

The AMPARO Pediatric Socket is a lightweight, adaptable transtibial socket designed specifically for growing, active children. Built for the demands of everyday play, movement and exploration, the socket combines low weight with durable construction while prioritising comfort, security and freedom of movement. A key advantage is its ability to be remoulded up to five times, helping clinicians adapt the fit as the child grows or as residual-limb volume changes. This can support longer socket use and reduce the need for immediate replacement when relatively small anatomical changes occur. The Pediatric Socket is designed for transtibial / below-knee amputees and supports both Total-Surface-Bearing (TSB) and Patellar Tendon Bearing (PTB) fitting approaches. Key Features Designed specifically for paediatric transtibial amputees Lightweight construction for active children Secure and comfortable fit Low-temperature thermoplastic cone Can be remoulded up to 5 times Supports growth and changing residual-limb volume Compatible with pin, suction and active vacuum suspension Supports TSB and PTB fitting approaches Maximum patient weight of 60 kg Suitable for distal circumferences of 12–18 cm Available in child-friendly designs Specifications Specification Details Product AMPARO Pediatric Socket Amputation Level Transtibial (TT) / Below-Knee Weight Bearing Total-Surface-Bearing (TSB) / Patellar Tendon Bearing (PTB) Suspension System Pin, Suction and Active Vacuum Material Low-temperature thermoplastic cone Remoulds Up to 5 times Maximum Patient Weight 60 kg Distal Circumference 12–18 cm Available Models   Model Reference Max. Patient Weight Distal Circumference Colour Pediatric Socket – Black Carbon RS-PE-BB 60 kg 12–18 cm Black Carbon Pediatric Socket – Marble RS-PE-F 60 kg 12–18 cm Marble Designed for Growing Children Children can outgrow prosthetic sockets quickly, making adaptability especially important in paediatric prosthetic care. The AMPARO Pediatric Socket allows the clinician to reheat and reshape the socket as fit requirements change, helping maintain comfort and function over a longer period. This can be particularly valuable for active children who require a socket that can keep pace with both growth and everyday activity. Ideal For The AMPARO Pediatric Socket is suitable for children who need: a lightweight transtibial socket an adaptable solution for growth secure suspension options comfortable everyday mobility a socket suitable for active play reduced disruption from frequent fit changes Lightweight. Adaptable. Built for growing adventurers.

Read more less

The AMPARO Resilience Definitive Socket is a lightweight, durable direct-fit transtibial socket designed to combine long-term comfort, clinical flexibility and efficient fitting. The socket is formed directly to the patient, allowing the prosthetist to assess fit and comfort in real time while reducing reliance on multiple conventional fabrication stages. Its low-temperature thermoplastic construction allows the socket to be remoulded up to five times, giving clinicians the flexibility to adapt the fit as the residual limb changes. A pre-assembled aluminium mounting plate provides a strong distal connection while keeping the overall socket lightweight and practical for everyday use. The Resilience Socket is designed for transtibial / below-knee amputees and supports both Total-Surface-Bearing (TSB) and Patellar Tendon Bearing (PTB) fitting approaches. Key Features Definitive direct-fit transtibial prosthetic socket Fitted directly to the patient Lightweight and durable construction Low-temperature thermoplastic cone Pre-assembled aluminium mounting plate Can be remoulded up to 5 times Supports TSB and PTB fitting approaches Compatible with passive vacuum and pin-lock suspension Maximum patient weight of 125 kg Suitable for distal circumferences of 20–38 cm Available in multiple finishes and colour options Specifications Specification Details Product AMPARO Resilience Definitive Socket Amputation Level Transtibial (TT) / Below-Knee Weight Bearing Total-Surface-Bearing (TSB) / Patellar Tendon Bearing (PTB) Suspension System Passive Vacuum / Pin Lock Material Low-temperature thermoplastic cone with pre-assembled aluminium mounting plate Remoulds Up to 5 times Maximum Patient Weight 125 kg Distal Circumference 20–38 cm Available Models Model Reference Max. Patient Weight Distal Circumference Colour Resilience Socket – BC RS-M-BC 125 kg 20–38 cm Black Carbon Resilience Socket – DB RS-M-DB 125 kg 20–38 cm Dark Blue Carbon Resilience Socket – LB RS-M-LB 125 kg 20–38 cm Light Blue Resilience Socket – VA RS-M-VA 125 kg 20–38 cm Custom Design Designed for Long-Term Adaptability The key advantage of the Resilience Socket is that a definitive socket does not have to remain completely fixed once it has been fitted. Because the thermoplastic structure can be reheated and reshaped, the prosthetist can make controlled adjustments to accommodate changes in residual-limb volume or pressure areas without immediately replacing the complete socket. This makes the Resilience Socket particularly useful for clinics looking to combine direct fitting, long-term adaptability and efficient socket management. Ideal For The AMPARO Resilience Socket is suitable for transtibial amputees requiring a definitive socket that provides: direct-fit comfort lightweight construction reliable distal component connection flexible suspension options the ability to make future fit adjustments a more adaptable alternative to conventional rigid definitive sockets Direct fit. Definitive comfort. Built to adapt.

Read more less

The AMPARO Trust Temporary Check Socket is a direct-fit, remouldable transtibial socket designed to give prosthetists a fast and practical way to establish and refine socket fit directly on the patient. Made from low-temperature thermoplastic, the Trust Socket can be shaped during fitting and remoulded up to five times, allowing the clinician to make adjustments as residual-limb volume, pressure areas or comfort requirements change. It is particularly well suited to first-time amputees, early-stage rehabilitation and patients who have struggled to achieve a comfortable socket fit using conventional methods. Because the socket is fitted directly to the patient, clinicians can assess comfort and fit in real time and make immediate adjustments rather than waiting for multiple fabrication stages. Key Features Direct-fit temporary/check socket Designed for transtibial / below-knee amputees Suitable for first-time prosthetic users and difficult-fit patients Low-temperature thermoplastic construction Can be remoulded up to 5 times Supports TSB and PTB fitting approaches Compatible with pin, suction and active vacuum suspension Allows rapid clinical adjustment White finish Patient weight capacity up to 125 kg Specifications Specification Details Product AMPARO Trust Socket Reference TSBK Amputation Level Transtibial (TT) / Below-Knee Weight Bearing Total-Surface-Bearing (TSB) / Patellar Tendon Bearing (PTB) Suspension System Pin, Suction and Active Vacuum Material Low-temperature thermoplastic cone Remoulds Up to 5 times Maximum Patient Weight 125 kg Distal Circumference 14–28 cm Colour White Ideal For The Trust Socket is a strong option for clinics looking to reduce the time between assessment and fitting while retaining the flexibility to make clinical modifications as the patient's residual limb changes. It can be used as a temporary or check-socket stage before progressing to a definitive prosthesis, helping the CPO validate fit, comfort, suspension and alignment before finalising the long-term socket solution. Direct fit. Immediate adjustment. Greater confidence before definitive fitting.

Read more less