Rehabilitatio Centre

Supply installation & commissioning of High Performance Sport Science & Rehabilitation Centre

Proprioceptive System: Static and Dynamic • It should be a Proprioceptive Stabilometric System. • Connected to a computer system for complete integration and maximum control of gestures • The system is equipped both with STATIC and DYNAMIC functions. • The system can be used in different modalities: 1. Static 2. Monopodalic Dynamic 3. Bipodalic Dynamic 4. With trunk control • The system is equipped with an Inertial Sensor for Trunk able to set the balance both in Static and Dynamic modality, • The same system can be used for the proprioceptive assessment and training. • It also features rehabilitation games for interactive rehab. • Trunk Sensor is fixed at the torso during the tests and exercises and is able to detect the oscillations in the torso in every direction. • The system is equipped with Pelvic Module for proprioceptive exercise for Pelvic. • The system is equipped with 50 instability levels with an electronic-pneumatic mechanism. • The system is equipped with a monoaxial block to transform the system from monoaxial to Multiaxial. • The system is equipped with Software for training and assessment with Management system. • The system is equipped with Key for the connection and interconnection of Server. • The system is certified with class 1M – Medical Device

Posterior Muscle Chain Analysis Bench • Static bench with many angular levels • Equipped with a PC for visuals and feedback. • Lying in stretching Position • Sampling Frequency: 20 Hz • Angulations with 15° of maximum resolution and 1° of precision. • Lying area equipped with load cells to measure load distribution • System should have the possibility for physiotherapy high-tech treatment. • This tension should be divided into the three basic regions: scapular, lumber, and pelvic, allowing the operator to concentrate his work on the most problematic area. • The 3 sections should be equipped with a dense network of sensors able to register in real time the tensions of the posterior chains as well as the postural symmetries of the patient being examined. • The system should be equipped with variable arrangements for both assessment and training. Complies with: Device 93/42/CEE - CLASS I EN 60601-1 CLASS Im Type B

Digital Mirroring System • System is hi-tech equipment that can provide guided training and assessment tasks in Rehab and Fitness world. It should include hundreds of exercises and programs ready to use and specific for posture, functional, balance and strength workouts. • Through a 3D camera and a force platform, equipment recognizes in real-time (with 30fps, HD Camera), 16 body joints and each movement on the operating area. Using a wide big digital mirror, every activity, in front of system, has a real time biofeedback. • It has a monitor of 65” that provides the visual feedback. And a 16” touch screen to manage and operate the system. • It has a Force Platform with 4 load cells and sampling frequency of 100Hz. • It has the measurable load up to 400Kg. • It has a balance kit which includes:  Active Double Stance Board  Active Single Leg Board  Active Mono-axial Board  Balance Pad  Balance Disc  Bosu • Complies with Directive 93/42/EEC–CLASS I • Complies with EN 60601-1

Functional Analysis and training system for upper limbs • PC Interface completely programmable in terms of work programs, test and training • Motion Analysis and Force Platform to record and check correct movements, balance and posture • Resistance Range: 0 – 15 kg (unilateral) increment step of 0,5 kg • Cable Extension: 2mt (bilateral) • Load platform with 0-300kgs of load range • PC Control Touch-Screen 23” for real-time and biofeedback • Motion Analysis by 3D Camera detection and force platform. • Integrated 3D Camera for motion capture • Postural Strength systems able to integrate Functional Training exercises, loads control and Motion capture markers free. • The systems are equipped with Software for training and assessment: The Management System. • The systems are equipped with Key for the net connection and interconnection of device • Complies with: Device 93/42/CEE EN 60601-1 III ° edition CLASSE I - TYPE B

Electro-Muscular Stimulation Device • The device should be Hybrid – Wired & Wireless training • Dual Training – Two trainings on one device • Should support Individual or synchronized training programs for 1-6 athletes • Should be capable of handling Separate sessions & Late Check-in option • Should have Virtual Trainer Program • Should not have limitations on distance between the device and wireless device ISO 13485:2012, 93/42 EEC Compliance and EN ISO 9001:2015 certificates;

Isokinetic System • It is equipped with a linear guide of axial cushions so as to eliminate any friction. • Isokinetic System equipped by an Engine torque of 450 N/m and electronic control system with a sample frequency of 1250 Hz. • Maximum percentage of error during the isokinetic assessment is: 1% • Two fundamental elements of the system to guarantee perfect movement control  An electronic system for real time control  A High-performance torque motor • It simulates the elastic motion with exclusive flex control function. • At the tibia contact point, critical for high energy transfer, system is equipped with a linear guide with axial bearing to eliminate any friction, which results in a perfect natural movement by the client. • It has a PC with software for visuals and feedback. System Functionality • ISOKINETIC system monoarticular (knee) • Use modality:  Isokinetic Concentric/Eccentric  Isotonic  Isometric  CPM • Soft Stop in ISOKINETIC and CPM • sampling frequency from 100 Hz to 500 Hz • Maxim execution couple ISOKINETIC: 450 N/m • Angular speed: 400 °/sec. • Dynamic arm for a further accuracy in the measurements • Adjustable chair • Height (for limb dimensions) • Chair back for position • Conform European guideline medical device 93/42/CEE EN 60601-1 (CEI 62-5) III ° edition

Shoulder System • Multi Joint systems for shoulder joint assessment and training in all three-dimensional way. • It is a system for training and assessment of upper limbs in a three-dimensional way. • The system is equipped with anthropomorphic arm, engineered according to the principles of cybernetics • The system is equipped with 3 motors: 1 for elevation, 1 for flex-extension and 1 for intra-extra rotation. • These 3 motors can work completely independent force control and adjustment units. • The system is equipped with three digital encoders, so it records the movement of the shoulder, elbow and wrist. • The system is equipped with a hand and wrist sensor to record pressure in Virtual Reality field. The system is equipped with PC interface and it has also 250 programs and tutorials

Gait analysis and Training system • High Performance Treadmill. • Gait Analysis system without markers with the integration of Rehab and Virtual Reality. The system is equipped with 3D Camera. • Gait Analysis to record step length, step speed, step symmetry and range of motion of trunk, hips and ankles • The test that it supports includes gait analysis, balke test, cooper test, 6 min walk test. • The same system supports gait training also. • The system analyses in Real Time the information and give to the patient an immediate feedback • The system is equipped with inertial sensors that must be placed on the feet. These sensors communicate in Real Time by Bluetooth system and give all details about the feet movements. This technology is also usable out from system. • Treadmill platform is equipped with 8 load sensors for accurate measurement of load measurements during gait test and training. This integrates with the software to produce results. • The system is equipped with Software for training and assessment: Management System. • The system is equipped with Key for the connection and interconnection of Server or other machines as required • Heart Rate monitoring: POLAR wireless • PC Interface completely programmable in terms of speed, elevation and Heart Rate • Low profile access height for the treadmill. Conform European guideline medical device 93/42/CEE EN 60601-1 (CEI 62-5) III ° edition

Electronic Harness System • Electronic Harness integrated on Treadmill. • It is possible to lighten up to 40% the load of the patient during walking and to make it work as if it were in water, with all the benefits of rehabilitation in the tank. • It is a fully electronically enabled patient lifting system. Conform European guideline medical device 93/42/CEE EN 60601-1 (CEI 62-5) III ° edition

Recumbent Bike • The equipment should be capable of measuring Pedal force / every 2 degree / and left/right independent • The equipment should be both, CPET compatible and Wingate compatible. • Should be capable of calibrating dynamically over different load and RPM • Bike must be over 100 kg to be stable for maximal testing in Athletes. • Should have Automatic storage and electrical adjustment subject specific parameters • Should be BPM and SpO2 compatible Should be capable standing Max athletes’ weight of 225 Kg

Adaptive Impedance therapy • Equipment is capable to transfer high levels of energy without causing significant temperature increases, to obtain excellent results even in the presence of acute inflammatory components. • The system is equipped with PWM System. It enables to generate a high voltage signal but intermittently (Duty Cycle), allowing to accurately control the output power and so maximizing the interaction with human tissue. • The system is equipped with AIS (Adaptive Impedance System): The frequency of emission is adapted to the characteristics of the tissue to chase resonance conditions that optimize the energy transfer. • The system is equipped with static and dynamic electrodes for the treatments. • The system is equipped with PC interface and it has also 250 programs, tutorials and access to • TecnoBody Management system for the connection with other Tecnobody systems. System has a touch screen for easy management of the treatment.

Cryotherapy Unit • Equipment should be capable of achieving optimal temperatures for cryotherapy (from -100°C to -140°C) • It should have a favourable ratio of nitrogen consumption to temperatures achieved (1kg per minute) • It should be able to pre-cool the chamber without the use of liquid nitrogen. • It should have aa dynamic air circulation fan system. • It should have a systematic treatment time limit • The low temperature should be evenly distributed inside the cabin • It should have a drainage flange directing nitrogen vapour away from the client • The equipment should be capable of automatic extraction of evaporated nitrogen after session • The equipment should be spacious enough to support users with height of up to 155-210cm and weight up to 150kg. • It should be a mobile unit • It should be made of durable material, resistant to low temperatures • It should be ergonomic, compact and of modular design • The head of the user should be outside the chamber during a session It should have liquid nitrogen connection points

Nitrogen Generation Unit • The Equipment should have a wide Range of Flow-rates • It should be capable of generating 60 litres of Liquid Nitrogen per day • It should be an all-inclusive system for generating liquid nitrogen • The equipment should be of compact and quiet design • The equipment should have built in Nitrogen PSA • It should be capable of automatic operation including auto-cut and auto-on at set levels • The equipment should have Energy saving mode • It should be capable of displaying LN2 Dewar Liquid Level • It should have N2 Gas Outlet as standard • The equipment should be capable of exporting Trend graphs into MS excel • The equipment should have Alarms with help menu

Athlete Management System (1500 Athlete) • The default support package includes: platform configuration and training (online or onsite), dedicated client-success manager and account executive, helpdesk support (phone or email), web-based "knowledge base" resource, access to sport science and data science consultants. • The system should be capable of: • Data collection: Form Builder tool for custom wellness and medical assessments; integrations and imports of third-party data providers such as wearables, etc; hydration and weight tracking • Data visualization: Individual athlete profiles, athlete compliance/status tracking, custom report and dashboard builder that overlay/combine multiple data sources • Programming: Training Program Builder too to build and assign strength and rehab programming • Athlete EMR/Injury Tracking: Injury/incident and treatment logging capabilities • Communications/Admin: File sharing, calendar, messaging, data management, permission settings • Data can be manually imported via .csv files. However, API connections may be built to enhance the data flow. Kinduct often builds to the data provider, but also offers its own API as well. • The system should have APIs capable of connecting to: • Strength & Conditioning: Bridge, Eliteform, GymAware, Push Band, TeamBuildr, VALD Performance • Force Plates: Contemplas, ForceDecks, Hawkin Dynamics • Body Comp: InBody, SECA • GPS Tracking: Catapult, GPEXE, Kinexon, StatSports, Zephyr • Recovery: Gx Powered by Kinduct, Fatigue Science, Omegawave, WHOOP Heart rate: FirstBeat, Polar Team, Firstbeat • League Specific: AthleteRMS, MLBAM, NHL BoxStats, Sportradar, Zebra Sport Specific: Diamond Kinetics, Motus Baseball, Motus Volleyball • Other: InStride, Metrica, MotionMonitor • The system should be available on mobile platforms, namely android and iOS. The mobile apps should be connected to the AMS • Users using the app should have access to a customized and assigned schedule of programs and forms, as well as a personal tab where they can engage with and analyze their health and performance trends. • The coaches, trainers, and medical staff who work within the AMS should be able to control which metrics athletes can see in the Athlete App. • The platform should have a Form Builder and Advanced Forms tools which should be completely customizable, lending their usage to high performance (athletes). There should be no limit to the amount of forms that can be created, multiple input fields, as well as notification setting options. • The users of should be able to customize existing reports and dashboards as well as create entirely new ones; this should include reports that overlay multiple data sources and dashboards that can aggregate individual, team, and organizational data trends. • The system should provide seamless integrations to popular data science tools such as Rstudio and Python. • The system should come with a library of videos which should include exercise, rehab, and 3D animation videos. Users should be able to attach video content to the programming they assign to athletes to enrich their experience and communication. • The system should be capable of sending Notifications via SMS, email, and the Athlete App. The system should be able to manage Notifications both for individuals and groups/teams. • The system should also have the following security features • Access control through user authentication and authorization (username / password) and uses a role-based access control (RBAC) with a comprehensive configurable permissions system • Multi-factor authentication should also be available, Automated account lock out (time- based) after a configurable number of login attempts • Password configuration parameters included password strength requirements (length, character composition), expiration, password re-use restrictions. • HIPAA, PIPEDA, GDPR, CCPA compliant • Privacy by Design certified (key component in GDPR and CCPA compliance). • Mature privacy and security programs, including continuous improvement and monitoring of regulations, standards and industry best practices • Certified Information Privacy Manager. • All data is encrypted in transit and in storage (AES-256) • Full Secure Software Development Life Cycle (S/SDLC), with a CI/CD pipeline that includes automated vulnerability manager: container scanning, and code scanning for code quality and security • Weekly automated penetration testing via 3rd party service • Multiple layers of security (defence in depth) including Web Application Firewalls (WAF) protection against OWASP Top 10 and other threats Data Loss Prevention technologies: an artificial intelligence networking monitoring and alerting system that provides autonomous response capabilities, responding to and stopping cyber-attacks in a matter of seconds

Functional and Fitness Tracking Equipment & Software` • Device should be capable of: o Velocity Based Training o Real-time Feedback o Jump testing o Video Recording o Barbell, pin-loaded weights and leg press o Bar Path o X axis correction o Force velocity profile- Predictive 1RM o Full data export csv o Cloud based management o Real-time leader, effort and velocity boards o Multiple iPad synchronization • The equipment should be capable computing online analytics The equipment should come with a connected app to observe performance and training in real-time

Motion Analysis System (Boxing) Multi Camera System • Integration of Cameras: The cameras should support multiple integration possibilities through GigE, USB3, HDMI and IP and the system should be capable of incorporating unlimited number of cameras. • Synchronized Recording: Technical, timing and spatial analysis of multiple camera views require accurate synchronization. All integrated cameras as well as further hardware devices should be 100 % synchronized. • High Speed Recording: The system should have high speed cameras capable of recording the details of fast mechanical movements and play it back in slow motion. • High Resolution Analysis: The system should be capable of shooting high resolution images to enable frame-by-frame capture. • Real-Time Feedback: Data provided should be in real-time • Simple and Intuitive Workflow: The system should be paired with user friendly tools such as wireless buzzers and mobile devices to record, stream and analyze remotely from anywhere. • Instant Analysis: The system should have analysis tools for instant feedback and post-session analysis. • Mobile and Stationary Solutions: The system should have the capability of being used both in stationary and mobile environments. • Artificial Intelligence: The system should have smart algorithms and AI capable to process data in real time and offer actionable coaching insights. • Server Function: The system should be capable of connecting to as many measuring stations as needed. • Data Base: The system should have Clear structured central database with filtering options for personal, session, video and analysis data • Open Interfaces: The system should be capable of integrating into an existing IT environment. • Full Stack: The system should have the flexibility of accepting customization. • Customizing: • Individual solutions taking into account customer requirements, purposes and environmental conditions. Motion Analysis Software • The software should have Athlete and data management system capable of - providing individual IDs for each athlete - identifying athlete in question before each trial - automatically picking athlete’s trials after trial for review - creating individual athlete lists - Synchronizing recording of any number of high speed cameras - Creating any number of camera combinations with pre-definable settings • The software should be capable of adjusting the Shutter, gain, white balance, frame rate, resolution, AoI, sensor shift, camera rotation • The software should have Image enhancement technology with software based brightness, gamma, contrast correction for brilliant image quality. • It should be capable of displaying 8 synchronized camera view • Option to extend with server database and managed recording system with filters, search features and client functionality (viewer and analysis clients) • Recording of rotated cameras • Preset of recording time with automatic stop • Stitching of camera views based on anti-distortion calibration • Automatic generation of resultant video from the stitched views • Auto-Move function to continuously move the stitched videos with the athlete been centered on the screen • Live or time-delayed video playback with multiple camera views • Live or time-delayed video recording with multiple camera views • USB-RF buzzer as an event trigger to extract and store video sequences from live or delayed mode during training • Stream any camera optionally to any external source, such as tablet, smartphone etc. • Remoted recording and playback tools for external control of recording PC to display and analyze recordings on large TV screens (optional). • Measurement of angles and distances in each view • Digital zooming functionality • Frame-by-frame playback, various playback velocities • Comparison of various trials • Definition of reference videos for comparison • Stroboscope functionality in each view Overlay functionality in each view

Motion Analysis System (Badminton) Multi Camera System • Integration of Cameras: The cameras should support multiple integration possibilities through GigE, USB3, HDMI and IP and the system should be capable of incorporating unlimited number of cameras. • Synchronized Recording: Technical, timing and spatial analysis of multiple camera views require accurate synchronization. All integrated cameras as well as further hardware devices should be 100 % synchronized. • High Speed Recording: The system should have high speed cameras capable of recording the details of fast mechanical movements and play it back in slow motion. • High Resolution Analysis: The system should be capable of shooting high resolution images to enable frame-by-frame capture. • Real-Time Feedback: Data provided should be in real-time • Simple and Intuitive Workflow: The system should be paired with user friendly tools such as wireless buzzers and mobile devices to record, stream and analyze remotely from anywhere. • Instant Analysis: The system should have analysis tools for instant feedback and post-session analysis. • Mobile and Stationary Solutions: The system should have the capability of being used both in stationary and mobile environments. • Artificial Intelligence: The system should have smart algorithms and AI capable to process data in real time and offer actionable coaching insights. • Server Function: The system should be capable of connecting to as many measuring stations as needed. • Data Base: The system should have Clear structured central database with filtering options for personal, session, video and analysis data • Open Interfaces: The system should be capable of integrating into an existing IT environment. • Full Stack: The system should have the flexibility of accepting customization. • Customizing: • Individual solutions taking into account customer requirements, purposes and environmental conditions. Motion Analysis Software • The software should have Athlete and data management system capable of - providing individual IDs for each athlete - identifying athlete in question before each trial - automatically picking athlete’s trials after trial for review - creating individual athlete lists - Synchronizing recording of any number of high speed cameras - Creating any number of camera combinations with pre-definable settings • The software should be capable of adjusting the Shutter, gain, white balance, frame rate, resolution, AoI, sensor shift, camera rotation • The software should have Image enhancement technology with software based brightness, gamma, contrast correction for brilliant image quality. • It should be capable of displaying 8 synchronized camera view • Option to extend with server database and managed recording system with filters, search features and client functionality (viewer and analysis clients) • Recording of rotated cameras • Preset of recording time with automatic stop • Stitching of camera views based on anti-distortion calibration • Automatic generation of resultant video from the stitched views • Auto-Move function to continuously move the stitched videos with the athlete been centered on the screen • Live or time-delayed video playback with multiple camera views • Live or time-delayed video recording with multiple camera views • USB-RF buzzer as an event trigger to extract and store video sequences from live or delayed mode during training • Stream any camera optionally to any external source, such as tablet, smartphone etc. • Remoted recording and playback tools for external control of recording PC to display and analyze recordings on large TV screens (optional). • Measurement of angles and distances in each view • Digital zooming functionality • Frame-by-frame playback, various playback velocities • Comparison of various trials • Definition of reference videos for comparison • Stroboscope functionality in each view Overlay functionality in each view

Shockwave Therapy Unit • The unit should work on the Electro-Pneumatic based principal. • The unit should have radial handpiece with ballistic shock wave generation systems. • The unit should have Radial Therapy with variable penetration depth from 1- 45 mm. • The unit should have Pneumatic Pressure from 1.5 Bar to 4 Bar with increment of 0.1 bars. • The unit should also have Focused shockwave with variable penetration depth from 5 – 40 mm • The unit should work on piezoceramic technology delivering large cigar-shaped shockwave with high cavitation level. • The unit should have modular system for patient satisfaction with radial and focused shockwave therapy to get the desire results. • The unit should have frequency from 1-20 Hz with increment of 1 Hz. • The unit should have minimum 15 ready to treat protocols with therapeutic guide with anatomical body pictures with indications. • The unit should display energy level on the display. • The unit should be US FDA approved. • Should have EN 60601-1,93/42 EEC certification. • The unit should work on 100-240 VAC & 50 Hz. • The unit should work in environment temperature of -10C to 40C. • The unit should bear the relative humidity between 10% to 95%. The unit should be supplied with Control Unit, Radial Applicator, Power Applicator, focused applicator with one set of 8 gel pad of 5/10/15/20/25/30/35/40 mm & one customized trolley for both the unit with provision of cable holding and jet bottle holder.

Targeted Cryotherapy Device • The equipment should have Advanced features like distance control and skin temperature sensors. • Pre-programmed protocols for particular parts of the body • The equipment should have Lower nitrogen consumption for higher ROI. • Compact size, lightweight, and portable. • The device should also have o Ergonomic Handle o Temperature Sensor o Precision Targeting o Muscle Relaxation o Intuitive Interface o Smart touch screen interface. o Ergonomic handle nozzle equipped with quick access buttons to easily manage treatment in real time. o Sensors that automatically measure skin temperature ensuring safety. o Indication signaling provided between the nozzle and the user’s skin adhering ease of use. o Precise targeting of treatment area. o Mobile nitrogen vessel. o Auxiliary arm with a hood supporting the cryogenic hose for ease and comfort. Universal power supply for 110 and 230 V, 50/60 Hz.

Server • The device should be capable of collecting and storing data from all the above-mentioned devices. • The device should be able to communicate with the above-mentioned devices via Wireless Connectivity or LAN Cables. • The device should be capable of generating collective reports from all the above-mentioned devices. • The device should be capable of maintaining backups of its data. • The device should have a screen for interacting. The device should have the capability of printing.

Description of Work / Item(s)

Amount

For Operation & Maintenance of the High Performance Sport Science & Rehabilitation Centre

Total Cost of Manpower

Consumables

Communication

Cost of Insurance

Administrative Cost

Athlete Management System

Management Fee

Repair/Maintenance of Machinery (AMC)

Other Miscellaneous Costs