Tender For supply of arthroscopic instrument - supply of arthroscopic instrument, arthroscope with trochar sheath : 30 degree 4 mm compatible with existing system (should be compatible with smith & nephew system), arthroscope with trochar sheath : 70 degree 4 mm. compatible with existing system smith & nephew., knee probe: callibrated hand held instrument need specifically for knee arthroscopy, shoulder probe: callibrated hand held instrument need specifically for shoulder arthroscopy, acl reconstruction drill bits: drill bits of size- 6 offse of size - 6.5 mm. compatible with present system smith & nephew., acl reconstruction drill bits: drill bits of size- 7mm, offse of size - 6.5 mm. compatible with present system smith & nephew., acl reconstruction drill bits: drill bits of size- 8 mm, offse of size - 6.5 mm. compatible with present system smith & nephew., acl reconstruction drill bits: drill bits of size- 9 mm, offse of size - 6.5 mm. compatible with present system smith & nephew., acl reconstruction drill bits: drill bits of size- 10 mm, offse of size - 6.5 mm. compatible with present system smith & nephew., acl reconstruction drill bits: drill bits of size- 11 mm, offse of size - 6.5 mm. compatible with present system smith & nephew., endobutton reamer : 4.5mm. compatible with existing system smith & nephew., suture retriever cum grasper.: (suture retriever cum grasper specially design instruments that can retrieve and can grasp suture optimal tool for arthroscopic tissue grasping/reduction, foreign body removal, and suture retrieval/management. the distal serrated tip of the jaws functions as a tissue and suture grasper, while the proximal section of the jaws facilitates slide-through suture retrieving. autoclavable.), knee scorpion : the single portal, reusable meniscus suture passer with low profile 5 degree up curve tip and 3.2mm narrow and 4.6mm width shaft and 13 cm shaft length, it must be a reusable and autoclavable device to be used with disposable needle and should be able to pass and retrieve suture in one step. the suture passer should have ability to pass 0 or 2-0 uhmwpe suture or 0.9 mm uhmwpe tapes-, shoulder traction system : (3 point traction system for shoulder positioning in arthroscopy ), fibertape cutter : (reusable suture cutter flat with 3.4mm diameter designed specifically for cutting of uhmwpe tapes and total length 13 cm), acl zig for all inside technique: 1) universal handle with simple wheel locking mechanism for one handed adjustment of making hook at desired position should accommodate multiple drill sleeves for retrograde reaming and antegrade reaming with feature of side release mechanism to disengage easily from the drill sleeve in open/arthroscopic ligament reconstruction.2) tibial acl marking hook for retro construction drill guide with 8-10 mm wide tip with 7-8 mm pin exit from cross hair laser mark. 3) 3.5mm stepped drill sleeve for creating sockets the drill sleeve optionally can act as a depth stop for retrograde drilling. 4) a racheting drill sleeve for retro construction drill guide, 2.4 mm for entry point in bony footprint and caliberated in order to measure intraosseous tunnel lengths during arthroscopic ligament reconstructions. 5) femoral foot print acl marking hook for retro construction drill guide to be used from lateral portal for making anatomic tunnel having 7-8mm round tip to visualize socket before drilling and has boh options as right and left., switching stick and cannula dilator for shoulder surgery: 1) a reusable stainless steel stick of 4 mm diameter and 16 inch length with blunt pointed end to avoid damage of delicae structures. 2) a reusable sharp distal end obturator for facilitation of easy entry of 6.25mm diameter cannula in arthroscopic portals with similar color coded handle as that of 6.25 cannula color in order for easy identification. 3) a reusable sharp distal end obturator for facilitation of easy entry of 8.25 mm diameter can
Tender For purchase of gym for strength and conditioning equipments - endurance sectiontreadmill1. machine must be designed for running with heavy duty 4 hp motor.2. should have low start up speed: 0.5 kmph or lesser.3. should have incline increments of 1% or lesser.4. low step height: 7 or lower.5. speed range: 0-20 kmh or more.6. incline: 0-15% or more.7. max user weight: 180 kgs or more.8. belt size : 61 x 22 or more9. should have at least 10 preprogrammed protocols with option for heart rate range control10. led console with feedback for time distance, calories burnt, heartrate, incline, track and more product should have en-957 or astm certification for stationary fitness equipment, curved non- motorized treadmill (self- powered)1. curved non-motorized treadmill should be capable of training the body s all energy systems as a comprehensive system, capable of offering sprinting for aerobic power development2. curved non- motorized treadmill (self powered) should be capable of offering the sports persons to experience a full speed resistance spectrum.3. variable resistance: the curved non- motorized treadmill (self powered) system should have requisite advanced drive technology enabling users to select different levels of reactive resistance, from zero to max. by simply shifting the drive control system, rehab athletes can quickly switch from resistance-free running to an all-out sled push.4. increased metabolic rate: walking with resistance on said curved non-motorized treadmill (self powered) training system should be capable of enhancing energy expenditure significantly compared to walking at the same speed on a traditional treadmill or a non- motorized treadmill without resistance.5. maximum muscle activation: ergonomic design of the curved non-motorized treadmill (self powered) training system should lead to significantly higher activation of the posterior kinetic chain muscles, particularly the glutes and hamstrings, compared to traditional treadmills.6. curved non-motorized treadmill (self powered)- training system should be capable of being operated and controlled exclusively by the force applied / generated by rehab athletes. in order to speed up, provision should be there, where rehab athlete can move to the front of the surface and to slow down, rehab athlete can move to the back of the said treadmill. provision must be there where the training system can be accelerated quickly from a cold start and matches upto the same pace as the rehab athletes intends to attain. the said system should offer an ideal solution for an eco-sustainable facility, by reducing electricity costs and carbon footprint.7. training system should have requisite technology, ergonomic design and advanced engineering solution so that rehab athletes can work hard in a completely safe training environment.the ergonomic design combined with the high- quality components and materials should be of solid, compact product with a versatile nature that endures well to suit high intensity prolong training sessions to ensure maximum durability and reliability.8. provision for proper posture control:the ergonomic design of training system promotes the correct alignment of the ankles, knees, hips and back, so that user can maintain natural posture at all- times and avoid joint and knee stress, regardless of their height and weight. system should offer the provision of simulating the experience of walking/running uphill while preserving the correct biomechanics.9. accessory kit: the training system must be provided with accessory kit which allows for a variety of pulling and pushing exercises through handles or a waist belt.10. technical specifications:a) dimensions range (lxwxh)*:190-200cmx86- 95cmx150-160cmb) console type: a minimum of 6-7 lcd display with back lightc) power supply: lps 5v wall supplyd) power requirement: 200 - 240 v (should comply with standard indian electrical system)e) resistance control: should have magnetic resistance with a minimum of 8-10 l