Surgical Items (1 To 4829) -Part 4 (Item No 1051 To 1400)
Tender Overview
Project Description
Supply Of Surgical Items ( 1 To 4829 ) -Part 4 ( Item No 1051 To 1400 ) 1. Imaging Film Size 8X 10 Inch Compatible To Table Top Camera, 2. Imaging Film Size 10X 12 Inch Compatible To Table Top Camera, 3. Imaging Film Size 10X 14 Inch Compatible To Table Top Camera 4. Imaging Film Size 14 X 17 Inch Compatible To Table Top Camera 5. High Quality Mri Plastic Implanted Port With Minimum Height Of 11.7Mm Or More Preferred High Quality Mri Plastic Implanted Port With Attachable Closed Ended Catheter 8.0 French Single Lumen Venous Catheter 6. High Quality Mri Plastic Implanted Port With Minimum Height Of 11.7Mm Or More Preferred ( High Quality Mri Plastic Implanted Port With Attachable Chronoflex Plyurethane 8.0 French Single Lumen Venous Catheter ) 7. High Quality Mri Plastic Implanted Port With Minimum Height Of 11.7Mm Or More Preferred ( High Quality Mri Plastic Implanted Port With Pre Attached Open Ended Silicone 9.6 French Single Lumen Venous Catheter ) 8. High Quality Plastic Mri Implanted Port With Minimum Height Of 15.3 Mm Or More Preferred €¢ It Should Have Large Silicone Septum Facilitates Therapy• It Should Be Ideal For Patients Requiring Mri Ct Scans Or Radiation Therapy• It Should Have Plastic Construction Reduces Interference To Enhance Reliability Of Diagnostic Results And Therapeutic Treatments• It Should Be Lightweight Design Enhances Patience Comfort• It Should Have Suture Slots And Orientation Holes Simplify Implantation And Promote Port Securement.€¢Â It Should Have Silicone Encapsulation Eases Port Explanation 9. High Quality Plastic Mri Implanted Port With Minimum Height Of 15.3 Mm Or More Preferred €¢ It Should Have Large Silicone Septum Facilitates Therapy• It Should Be Ideal For Patients Requiring Mri Ct Scans Or Radiation Therapy• It Should Have Plastic Construction Reduces Interference To Enhance Reliability Of Diagnostic Results And Therapeutic Treatments• It Should Be Lightweight Design Enhances Patience Comfort• It Should Have Suture Slots And Orientation Holes Simplify Implantation And Promote Port Securement.€¢Â It Should Have Silicone Encapsulation Eases Port Explanation 10. High Quality Plastic Mri Implanted Port With Minimum Height Of 15.3 Mm Or More Preferred €¢ It Should Have Large Silicone Septum Facilitates Therapy• It Should Be Ideal For Patients Requiring Mri Ct Scans Or Radiation Therapy• It Should Have Plastic Construction Reduces Interference To Enhance Reliability Of Diagnostic Results And Therapeutic Treatments• It Should Be Lightweight Design Enhances Patience Comfort• It Should Have Suture Slots And Orientation Holes Simplify Implantation And Promote Port Securement.€¢Â It Should Have Silicone Encapsulation Eases Port Explanation 11. High Quality Plastic Mri Implanted Port With Minimum Height Of 15.3 Mm Or More Preferred €¢ It Should Have Large Silicone Septum Facilitates Therapy• It Should Be Ideal For Patients Requiring Mri Ct Scans Or Radiation Therapy• It Should Have Plastic Construction Reduces Interference To Enhance Reliability Of Diagnostic Results And Therapeutic Treatments• It Should Be Lightweight Design Enhances Patience Comfort• It Should Have Suture Slots And Orientation Holes Simplify Implantation And Promote Port Securement.€¢Â It Should Have Silicone Encapsulation Eases Port Explanation 12. High Quality Plastic Mri Low Profile Implanted Port €¢Â  It Should Be Ideal For Pediatric Patients, Cachectic Patients, And Patients With Smaller Bodies For Whom Mri Or Ct Scanning Is Anticipated• It Should Have Plastic Construction Reduces Interference To Enhance Reliability Of Diagnostic Results And Therapeutic Treatments• It Should Accept 25 To 19 Gauge Noncoring Needles. 13. High Quality Plastic Mri Low Profile Implanted Port €¢Â  It Should Be Ideal For Pediatric Patients, Cachectic Patients, And Patients With Smaller Bodies For Whom Mri Or Ct Scanning Is Anticipated• It Should Have Plastic Construction Reduces Interference To Enhance Reliability Of Diagnostic Results And Therapeutic Treatments• It Should Accept 25 To 19 Gauge Noncoring Needles. 14. High Quality Plastic Mri Low Profile Implanted Port €¢Â  It Should Be Ideal For Pediatric Patients, Cachectic Patients, And Patients With Smaller Bodies For Whom Mri Or Ct Scanning Is Anticipated• It Should Have Plastic Construction Reduces Interference To Enhance Reliability Of Diagnostic Results And Therapeutic Treatments• It Should Accept 25 To 19 Gauge Noncoring Needles. 15. Peripheral Inserted Central Catheter With Close Ended Distal End €¢Â It Should Controls The Flow Of Fluids For Superior Infusion Therapy €¢ It Should Have Weekly Maintenance Is Reduced To A Single Saline Flush €¢Â  It Should Allows For Clamp Free Infusion Therapy €¢ It Should Be Customizes To Individual Patient’S Anatomy 16. Peripheral Inserted Central Catheter With Close Ended Distal End €¢Â It Should Controls The Flow Of Fluids For Superior Infusion Therapy €¢ It Should Have Weekly Maintenance Is Reduced To A Single Saline Flush €¢Â  It Should Allows For Clamp Free Infusion Therapy €¢ It Should Be Customizes To Individual Patient’S Anatomy 17. Peripheral Inserted Central Catheter With Close Ended Distal End €¢Â It Should Controls The Flow Of Fluids For Superior Infusion Therapy €¢ It Should Have Weekly Maintenance Is Reduced To A Single Saline Flush €¢Â  It Should Allows For Clamp Free Infusion Therapy €¢ It Should Be Customizes To Individual Patient’S Anatomy 18. Peripheral Inserted Central Catheter With Close Ended Distal End €¢Â It Should Controls The Flow Of Fluids For Superior Infusion Therapy €¢ It Should Have Weekly Maintenance Is Reduced To A Single Saline Flush €¢Â  It Should Allows For Clamp Free Infusion Therapy €¢ It Should Be Customizes To Individual Patient’S Anatomy 19. Long Term Hemodialysis Central Venous Catheter ( Permanent Catheter ) It Should Be Carbothane Catheter Material Which Can Affords Strength For Longevity And Softness For Flexibility And Patient Comfort., It Should Have 360° Multiple Side Holes €“ Reduces The Risk Of Catheter Occlusion By The Vessel Wall, Thus Reducing The Risk Of Arterial Insufficiency,  It Should Have Large Lumens And Non-Restrictive Tip Design €“ Enable Flow Rates As High As 500 Ml / Min, It Should Have Valved Introducer For Preventing Air Embolism, Reduction In Blood Loss €“ A Safer Procedure When Compared To Non Valved Introducer 20. Long Term Hemodialysis Central Venous Catheter ( Permanent Catheter ) It Should Be Carbothane Catheter Material Which Can Affords Strength For Longevity And Softness For Flexibility And Patient Comfort., It Should Have 360° Multiple Side Holes €“ Reduces The Risk Of Catheter Occlusion By The Vessel Wall, Thus Reducing The Risk Of Arterial Insufficiency,  It Should Have Large Lumens And Non-Restrictive Tip Design €“ Enable Flow Rates As High As 500 Ml / Min, It Should Have Valved Introducer For Preventing Air Embolism, Reduction In Blood Loss €“ A Safer Procedure When Compared To Non Valved Introducer 21. Long Term Hemodialysis Central Venous Catheter ( Permanent Catheter ) It Should Be Carbothane Catheter Material Which Can Affords Strength For Longevity And Softness For Flexibility And Patient Comfort., It Should Have 360° Multiple Side Holes €“ Reduces The Risk Of Catheter Occlusion By The Vessel Wall, Thus Reducing The Risk Of Arterial Insufficiency,  It Should Have Large Lumens And Non-Restrictive Tip Design €“ Enable Flow Rates As High As 500 Ml / Min, It Should Have Valved Introducer For Preventing Air Embolism, Reduction In Blood Loss €“ A Safer Procedure When Compared To Non Valved Introducer 22. Long Term Hemodialysis Central Venous Catheter ( Permanent Catheter ) It Should Be Carbothane Catheter Material Which Can Affords Strength For Longevity And Softness For Flexibility And Patient Comfort., It Should Have 360° Multiple Side Holes €“ Reduces The Risk Of Catheter Occlusion By The Vessel Wall, Thus Reducing The Risk Of Arterial Insufficiency,  It Should Have Large Lumens And Non-Restrictive Tip Design €“ Enable Flow Rates As High As 500 Ml / Min, It Should Have Valved Introducer For Preventing Air Embolism, Reduction In Blood Loss €“ A Safer Procedure When Compared To Non Valved Introducer 23. Tunneled Central Venous Catheter For Long Term Vascular Access €¢ It Should Have Long Term Vascular Access, €¢Â    It Should Have Antimicrobial Cuff Helps Provide Added Patient Protection By Creating A Physical Barrier To Bacteria At The Catheter Exit Site And By Releasing An Antimicrobial Agent ( Silver Ions ) During The Critical Post-Implantation Healing Period. 24. Tunneled Central Venous Catheter For Long Term Vascular Access €¢ It Should Have Long Term Vascular Access, €¢Â    It Should Have Antimicrobial Cuff Helps Provide Added Patient Protection By Creating A Physical Barrier To Bacteria At The Catheter Exit Site And By Releasing An Antimicrobial Agent ( Silver Ions ) During The Critical Post-Implantation Healing Period. 25. Tunneled Central Venous Catheter For Long Term Vascular Access €¢ It Should Have Long Term Vascular Access, €¢Â    It Should Have Antimicrobial Cuff Helps Provide Added Patient Protection By Creating A Physical Barrier To Bacteria At The Catheter Exit Site And By Releasing An Antimicrobial Agent ( Silver Ions ) During The Critical Post-Implantation Healing Period. 26. Tunneled Central Venous Catheter For Long Term Vascular Access €¢ It Should Have Long Term Vascular Access, €¢Â    It Should Have Antimicrobial Cuff Helps Provide Added Patient Protection By Creating A Physical Barrier To Bacteria At The Catheter Exit Site And By Releasing An Antimicrobial Agent ( Silver Ions ) During The Critical Post-Implantation Healing Period. 27. Tunneled Central Venous Catheter For Long Term Vascular Access €¢ It Should Have Long Term Vascular Access, €¢Â    It Should Have Antimicrobial Cuff Helps Provide Added Patient Protection By Creating A Physical Barrier To Bacteria At The Catheter Exit Site And By Releasing An Antimicrobial Agent ( Silver Ions ) During The Critical Post-Implantation Healing Period. 28. Tunneled Central Venous Catheter For Long Term Vascular Access €¢ It Should Have Long Term Vascular Access, €¢Â    It Should Have Antimicrobial Cuff Helps Provide Added Patient Protection By Creating A Physical Barrier To Bacteria At The Catheter Exit Site And By Releasing An Antimicrobial Agent ( Silver Ions ) During The Critical Post-Implantation Healing Period. 29. Tunneled Central Venous Catheter For Long Term Vascular Access €¢ It Should Have Long Term Vascular Access, €¢Â    It Should Have Antimicrobial Cuff Helps Provide Added Patient Protection By Creating A Physical Barrier To Bacteria At The Catheter Exit Site And By Releasing An Antimicrobial Agent ( Silver Ions ) During The Critical Post-Implantation Healing Period. 30. Tunneled Central Venous Catheter For Long Term Vascular Access €¢ It Should Have Long Term Vascular Access, €¢Â    It Should Have Antimicrobial Cuff Helps Provide Added Patient Protection By Creating A Physical Barrier To Bacteria At The Catheter Exit Site And By Releasing An Antimicrobial Agent ( Silver Ions ) During The Critical Post-Implantation Healing Period. 31. Tunneled Central Venous Catheter For Long Term Vascular Access €¢ It Should Have Long Term Vascular Access, €¢Â    It Should Have Antimicrobial Cuff Helps Provide Added Patient Protection By Creating A Physical Barrier To Bacteria At The Catheter Exit Site And By Releasing An Antimicrobial Agent ( Silver Ions ) During The Critical Post-Implantation Healing Period. 32. 7.Picc Plus Stabilization Device Specs..It Should Eliminate Securement With Suture, Should Eliminate Accidental Needlesticks, Should Reduce Unscheduled Restarts, Should Increase Catheter Dwell Times, Should Secures Catheter In Place And Accommodates A Wide Variety Of Picc Catheters, Should Have Device Anchor Pad For Faster And Easier To Apply Than Suture, Should Allows For Visibility Of Insertion, Breathable Latex Free Tricot Fabric Provides Added Catheter Security And Patient Comfortits Should Have Quote Separate Items Each 33. Needle Guide Kit For Hand Held Ultrasound System 8.18Ga 34. Needle Guide Kit For Hand Held Ultrasound System 9.20Ga 35. Needle Guide Kit For Hand Held Ultrasound System 10. 21Ga 36. Tripod For Hand Held Ultrasound System 11 37. Disposable Perforator 14 Mm 38. Disposable Perforator 11 Mm 39. Disposable Perforator 09 Mm 40. Crainial Repairing Kit 41. Intracranial Pressure Monitoring System 42. Intracranial Pressure Monitoring System Cable 43. Intracranial Pressure Monitoring System Parenchymal Sensor 44. Intracranial Pressure Monitoring System Subdural Sensor 45. Intracranial Pressure Monitoring System Ventricular Sensor 46. External Csf Drainage And Monitoring 47. Antimicrobial Impregnated Catheter Set 48. Antimicrobial Impregnated Low Pressure Shunt 49. Antimicrobial Impregnated Medium Pressure Shunt 50. Antimicrobial Impregnated High Pressure Shunt 51. End Tidal Co2 Probe With Line 52. Belt Holter Traction Belt 53. Belt Ls Belt 54. Beltankle Traction Belt 55. Brace Below Knee Brace 56. Braces Humerus Brace 57. Cervical Coller Soft Small Medium And Large 58. Cervical Collers Rigid Small Med And Large 59. Drapes Hip U Drapes 60. Drapes Knee O Drape 61. Drapes Leg O Drape 62. Drapes Leg U Drape 63. Splint Foot Drop Splint Dynamic 64. Splint Foot Drop Splint Static 65. Splint Rnp Splint 66. Splint Tenis Elbow Splint 67. Splint Thumb Splint 68. Stapler Skin Staplers 69. Stapler Stapler Remover 70. Traction Set With Traction Rope 71. C.R. Cassette 35Cm X 35Cm 72. C.R. Cassette 43Cm X 35Cm 73. C.R. Screen 35Cm X 35Cm 74. C.R. Screen 43Cm X 35Cm 75. C.R.Film 11X14 Dry Viewer 76. C.R.Film 14X17 Dry Viewer 77. Medical X-Ray Film Size: 8€
BOQ
| S.NO | TenderItemID | Sr No. | Name of Item | Specification | Prefred Unit | Unit to be Quated |
| 1 . | 1 | 1051 | Imaging film Size 8x 10 inch compatible to table top camera, | As per colomn No.2 | 1 No. | 1 No. |
| 2 . | 2 | 1052 | Imaging film Size 10x 12 inch compatible to table top camera, | As per colomn No.2 | 1 No. | 1 No. |
| 3 . | 3 | 1053 | Imaging film Size 10x 14 inch compatible to table top camera | As per colomn No.2 | 1 No. | 1 No. |
| 4 . | 4 | 1054 | Imaging film Size 14 x 17 inch compatible to table top camera | As per colomn No.2 | 1 No. | 1 No. |
| 5 . | 5 | 1055 | High Quality MRI Plastic Implanted Port with minimum Height of 11.7mm or more Preferred high Quality MRI Plastic Implanted Port with attachable closed ended catheter 8.0 French single lumen venous catheter | It should be Compact sized port, It should have large septum easy to palpate and provides easy access during needle insertion, It should have Silicone filled suture holes reduce the risk of tissue in growth and facilitate port removal, It should be Tapered design eases port introduction into surgical pocket, It should be Plastic material reduces MRI distortion.It should have Small footprint enables small port pocket, I should have the firmness and rounded tip of chronoflex polyurethane catheters facilitate advancement into vein. | 1 No. | 1 No. |
| 6 . | 6 | 1056 | High Quality MRI Plastic Implanted Port with minimum Height of 11.7mm or more Preferred (high Quality MRI Plastic Implanted Port with attachable chronoflex plyurethane 8.0 French single lumen venous catheter) | It should be Compact sized port, It should have large septum easy to palpate and provides easy access during needle insertion, It should have Silicone filled suture holes reduce the risk of tissue in growth and facilitate port removal, It should be Tapered design eases port introduction into surgical pocket, It should be Plastic material reduces MRI distortion.It should have Small footprint enables small port pocket, I should have the firmness and rounded tip of chronoflex polyurethane catheters facilitate advancement into vein. | 1 No. | 1 No. |
| 7 . | 7 | 1057 | High Quality MRI Plastic Implanted Port with minimum Height of 11.7mm or more Preferred (high Quality MRI Plastic Implanted Port with pre attached open ended silicone 9.6 French single lumen venous catheter) | It should be Compact sized port, It should have large septum easy to palpate and provides easy access during needle insertion, It should have Silicone filled suture holes reduce the risk of tissue in growth and facilitate port removal, It should be Tapered design eases port introduction into surgical pocket, It should be Plastic material reduces MRI distortion.It should have Small footprint enables small port pocket, I should have the firmness and rounded tip of chronoflex polyurethane catheters facilitate advancement into vein. | 1 No. | 1 No. |
| 8 . | 8 | 1058 | High quality plastic MRI Implanted port with minimum height of 15.3 mm or more preferred • It should have large silicone septum facilitates therapy• It should be ideal for patients requiring MRI CT scans or radiation therapy• It should have plastic construction reduces interference to enhance reliability of diagnostic results and therapeutic treatments• It should be lightweight design enhances patience comfort• It should have suture slots and orientation holes simplify implantation and promote port securement.• It should have silicone encapsulation eases port explanation | High Quality MRI Plastic Implanted Port with attachable closed ended catheter 8.0 French single Lumen venous catheter (basic tray) | 1 No. | 1 No. |
| 9 . | 9 | 1059 | High quality plastic MRI Implanted port with minimum height of 15.3 mm or more preferred • It should have large silicone septum facilitates therapy• It should be ideal for patients requiring MRI CT scans or radiation therapy• It should have plastic construction reduces interference to enhance reliability of diagnostic results and therapeutic treatments• It should be lightweight design enhances patience comfort• It should have suture slots and orientation holes simplify implantation and promote port securement.• It should have silicone encapsulation eases port explanation | High Quality MRI Plastic Implanted Port with attachable open ended silicone 9.6 French single Lumen venous catheter | 1 No. | 1 No. |
| 10 . | 10 | 1060 | High quality plastic MRI Implanted port with minimum height of 15.3 mm or more preferred • It should have large silicone septum facilitates therapy• It should be ideal for patients requiring MRI CT scans or radiation therapy• It should have plastic construction reduces interference to enhance reliability of diagnostic results and therapeutic treatments• It should be lightweight design enhances patience comfort• It should have suture slots and orientation holes simplify implantation and promote port securement.• It should have silicone encapsulation eases port explanation | High Quality MRI Plastic Implanted Port with pre-attached open ended silicone 9.6 French single Lumen venous catheter | 1 No. | 1 No. |
| 11 . | 11 | 1061 | High quality plastic MRI Implanted port with minimum height of 15.3 mm or more preferred • It should have large silicone septum facilitates therapy• It should be ideal for patients requiring MRI CT scans or radiation therapy• It should have plastic construction reduces interference to enhance reliability of diagnostic results and therapeutic treatments• It should be lightweight design enhances patience comfort• It should have suture slots and orientation holes simplify implantation and promote port securement.• It should have silicone encapsulation eases port explanation | High Quality MRI Plastic Implanted Port with attachable chronoflex polyurethane 8.0 French single Lumen venous catheter | 1 No. | 1 No. |
| 12 . | 12 | 1062 | High Quality plastic MRI Low profile implanted port •  It should be ideal for pediatric patients, cachectic patients, and patients with smaller bodies for whom MRI or CT scanning is anticipated• It should have plastic construction reduces interference to enhance reliability of diagnostic results and therapeutic treatments• It should accept 25 to 19 gauge noncoring needles. | High quality plastic MRI implanted low profile port with attachable closed ended catheter 7.0 French single lumen venous catheter | 1 No. | 1 No. |
| 13 . | 13 | 1063 | High Quality plastic MRI Low profile implanted port •  It should be ideal for pediatric patients, cachectic patients, and patients with smaller bodies for whom MRI or CT scanning is anticipated• It should have plastic construction reduces interference to enhance reliability of diagnostic results and therapeutic treatments• It should accept 25 to 19 gauge noncoring needles. |  High quality plastic MRI implanted low profile port with attachable open ended silicone 6.6 French single lumen venous catheter | 1 No. | 1 No. |
| 14 . | 14 | 1064 | High Quality plastic MRI Low profile implanted port •  It should be ideal for pediatric patients, cachectic patients, and patients with smaller bodies for whom MRI or CT scanning is anticipated• It should have plastic construction reduces interference to enhance reliability of diagnostic results and therapeutic treatments• It should accept 25 to 19 gauge noncoring needles. |  High quality plastic MRI implanted low profile port with pre attached open ended silicone 6.6 French single lumen venous catheter. | 1 No. | 1 No. |
| 15 . | 15 | 1065 | Peripheral Inserted Central Catheter with close ended distal end • It should controls the flow of fluids for superior infusion therapy • It should have weekly maintenance is reduced to a single saline flush •  It should Allows for clamp free infusion therapy • It should be customizes to individual patient’s anatomy | 3 FR Single lumen Peripheral inserted central catheter with close ended distal end with 60cm length | 1 No. | 1 No. |
| 16 . | 16 | 1066 | Peripheral Inserted Central Catheter with close ended distal end • It should controls the flow of fluids for superior infusion therapy • It should have weekly maintenance is reduced to a single saline flush •  It should Allows for clamp free infusion therapy • It should be customizes to individual patient’s anatomy |  4FR Single Lumen Peripheral inserted central catheter with close ended distal end with 60cm length | 1 No. | 1 No. |
| 17 . | 17 | 1067 | Peripheral Inserted Central Catheter with close ended distal end • It should controls the flow of fluids for superior infusion therapy • It should have weekly maintenance is reduced to a single saline flush •  It should Allows for clamp free infusion therapy • It should be customizes to individual patient’s anatomy | 5FR Double Lumen Peripheral inserted central catheter with close ended distal end with 45cm length | 1 No. | 1 No. |
| 18 . | 18 | 1068 | Peripheral Inserted Central Catheter with close ended distal end • It should controls the flow of fluids for superior infusion therapy • It should have weekly maintenance is reduced to a single saline flush •  It should Allows for clamp free infusion therapy • It should be customizes to individual patient’s anatomy | 5FR Double Lumen Peripheral inserted central catheter with close ended distal end with 55cm length. | 1 No. | 1 No. |
| 19 . | 19 | 1069 | Long Term Hemodialysis Central Venous Catheter (Permanent Catheter) It should be Carbothane catheter material which can affords strength for longevity and softness for flexibility and patient comfort., It should have 360° multiple side holes – reduces the risk of catheter occlusion by the vessel wall, thus reducing the risk of arterial insufficiency, It should have Large lumens and non-restrictive tip design – enable flow rates as high as 500 ml/min, It should have valved introducer for preventing air embolism, Reduction in blood loss – a safer procedure when compared to non valved introducer | 14.5 Fr alphacurve long term hemodialysis central venous catheter having length of 19cm from tip to cuff. | 1 No. | 1 No. |
| 20 . | 20 | 1070 | Long Term Hemodialysis Central Venous Catheter (Permanent Catheter) It should be Carbothane catheter material which can affords strength for longevity and softness for flexibility and patient comfort., It should have 360° multiple side holes – reduces the risk of catheter occlusion by the vessel wall, thus reducing the risk of arterial insufficiency, It should have Large lumens and non-restrictive tip design – enable flow rates as high as 500 ml/min, It should have valved introducer for preventing air embolism, Reduction in blood loss – a safer procedure when compared to non valved introducer | 14.5 Fr alphacurve long term hemodialysis central venous catheter having length of 24cm from tip to cuff. | 1 No. | 1 No. |
| 21 . | 21 | 1071 | Long Term Hemodialysis Central Venous Catheter (Permanent Catheter) It should be Carbothane catheter material which can affords strength for longevity and softness for flexibility and patient comfort., It should have 360° multiple side holes – reduces the risk of catheter occlusion by the vessel wall, thus reducing the risk of arterial insufficiency, It should have Large lumens and non-restrictive tip design – enable flow rates as high as 500 ml/min, It should have valved introducer for preventing air embolism, Reduction in blood loss – a safer procedure when compared to non valved introducer | 14.5 Fr Straight long term hemodialysis central venous catheter having length of 19cm from tip to cuff. | 1 No. | 1 No. |
| 22 . | 22 | 1072 | Long Term Hemodialysis Central Venous Catheter (Permanent Catheter) It should be Carbothane catheter material which can affords strength for longevity and softness for flexibility and patient comfort., It should have 360° multiple side holes – reduces the risk of catheter occlusion by the vessel wall, thus reducing the risk of arterial insufficiency, It should have Large lumens and non-restrictive tip design – enable flow rates as high as 500 ml/min, It should have valved introducer for preventing air embolism, Reduction in blood loss – a safer procedure when compared to non valved introducer | 14.5 Fr Straight long term hemodialysis central venous catheter having length of 23cm from tip to cuff. | 1 No. | 1 No. |
| 23 . | 23 | 1073 | Tunneled Central Venous Catheter for long term vascular access • It should have long term vascular access,•    It should have Antimicrobial Cuff helps provide added patient protection by creating a physical barrier to bacteria at the catheter exit site and by releasing an antimicrobial agent (silver ions) during the critical post-implantation healing period. | 2.7Fr Single Lumen central venous catheter with total length of 71cm including peel apart introducer. | 1 No. | 1 No. |
| 24 . | 24 | 1074 | Tunneled Central Venous Catheter for long term vascular access • It should have long term vascular access,•    It should have Antimicrobial Cuff helps provide added patient protection by creating a physical barrier to bacteria at the catheter exit site and by releasing an antimicrobial agent (silver ions) during the critical post-implantation healing period. | 4.2Fr Single Lumen central venous catheter with total length of 71cm including peel apart introducer. | 1 No. | 1 No. |
| 25 . | 25 | 1075 | Tunneled Central Venous Catheter for long term vascular access • It should have long term vascular access,•    It should have Antimicrobial Cuff helps provide added patient protection by creating a physical barrier to bacteria at the catheter exit site and by releasing an antimicrobial agent (silver ions) during the critical post-implantation healing period. | 6.6Fr Single Lumen central venous catheter with total length of 90cm including peel apart introducer. | 1 No. | 1 No. |
| 26 . | 26 | 1076 | Tunneled Central Venous Catheter for long term vascular access • It should have long term vascular access,•    It should have Antimicrobial Cuff helps provide added patient protection by creating a physical barrier to bacteria at the catheter exit site and by releasing an antimicrobial agent (silver ions) during the critical post-implantation healing period. | 9.6Fr Single Lumen central venous catheter with total length of 90cm including peel apart introducer. | 1 No. | 1 No. |
| 27 . | 27 | 1077 | Tunneled Central Venous Catheter for long term vascular access • It should have long term vascular access,•    It should have Antimicrobial Cuff helps provide added patient protection by creating a physical barrier to bacteria at the catheter exit site and by releasing an antimicrobial agent (silver ions) during the critical post-implantation healing period. | 7Fr Double lumen central venous catheter with total length of 65cm including peel apart introducer. | 1 No. | 1 No. |
| 28 . | 28 | 1078 | Tunneled Central Venous Catheter for long term vascular access • It should have long term vascular access,•    It should have Antimicrobial Cuff helps provide added patient protection by creating a physical barrier to bacteria at the catheter exit site and by releasing an antimicrobial agent (silver ions) during the critical post-implantation healing period. | 9Fr Double lumen central venous catheter with total length of 65cm including peel apart introducer. | 1 No. | 1 No. |
| 29 . | 29 | 1079 | Tunneled Central Venous Catheter for long term vascular access • It should have long term vascular access,•    It should have Antimicrobial Cuff helps provide added patient protection by creating a physical barrier to bacteria at the catheter exit site and by releasing an antimicrobial agent (silver ions) during the critical post-implantation healing period. | 9Fr Double lumen central venous catheter with total length of 90cm including peel apart introducer. | 1 No. | 1 No. |
| 30 . | 30 | 1080 | Tunneled Central Venous Catheter for long term vascular access • It should have long term vascular access,•    It should have Antimicrobial Cuff helps provide added patient protection by creating a physical barrier to bacteria at the catheter exit site and by releasing an antimicrobial agent (silver ions) during the critical post-implantation healing period. | 12Fr Double lumen central venous catheter with total length of 90cm including peel apart introducer. | 1 No. | 1 No. |
| 31 . | 31 | 1081 | Tunneled Central Venous Catheter for long term vascular access • It should have long term vascular access,•    It should have Antimicrobial Cuff helps provide added patient protection by creating a physical barrier to bacteria at the catheter exit site and by releasing an antimicrobial agent (silver ions) during the critical post-implantation healing period. | 12.5Fr Triple lumen central venous catheter with total length of 90cm including peel apart introducer. | 1 No. | 1 No. |
| 32 . | 32 | 1082 | 7.PICC plus stabilization device Specs..It should eliminate securement with suture, Should eliminate accidental needlesticks,should reduce unscheduled restarts,Should Increase catheter dwell times, should Secures catheter in place and Accommodates a wide variety of picc catheters,should have device anchor pad for Faster and easier to apply than suture,should Allows for visibility of insertion,Breathable latex free tricot fabric provides added Catheter security and patient comfortIts should have Quote Separate Items each | 1..Kit 1 plus device tricot anchor pad sliding Posts picc stabillzation dressing change kit 2.Kit 2 picc puls device mask gloves chloraprep frepp measuring transparent dressing adhesive stirps gauze alcohol prep pads labe | 1 No. | 1 No. |
| 33 . | 33 | 1083 | Needle guide kit for Hand Held ultrasound system 8.18ga | As per colomn No.2 | 1 No. | 1 No. |
| 34 . | 34 | 1084 | Needle guide kit for Hand Held ultrasound system 9.20ga | As per colomn No.2 | 1 No. | 1 No. |
| 35 . | 35 | 1085 | Needle guide kit for Hand Held ultrasound system 10. 21ga | As per colomn No.2 | 1 No. | 1 No. |
| 36 . | 36 | 1086 | Tripod for Hand Held ultrasound system 11 | As per colomn No.2 | 1 No. | 1 No. |
| 37 . | 37 | 1087 | Disposable Perforator 14 mm | It should be easy to use, like no assembling required and should fix easily to Hudson driver brace., It should have dura-sensor., It should be pre-tested for proper function., It should have thermoform packing which should be sterile and see-through. | 1 No. | 1 No. |
| 38 . | 38 | 1088 | Disposable Perforator 11 mm | It should be easy to use, like no assembling required and should fix easily to Hudson driver brace., It should have dura-sensor., It should be pre-tested for proper function., It should have thermoform packing which should be sterile and see-through. | 1 No. | 1 No. |
| 39 . | 39 | 1089 | Disposable Perforator 09 mm | It should be easy to use, like no assembling required and should fix easily to Hudson driver brace., It should have dura-sensor., It should be pre-tested for proper function., It should have thermoform packing which should be sterile and see-through. | 1 No. | 1 No. |
| 40 . | 40 | 1090 | Crainial Repairing Kit | It should be a resinous material for repairing of the cranial defects.,  It should have sterile powder bag which weight 30 gram.,  The sterile powder should consists of – (Methyl Methactylate Polymer 79.6%,Methyl Methacrylate Styrene co polymer 19.9% and, Benzoyal Peroxide 0.5%), It should also have 17 ml of sterile liquid vials., The sterile liquid should consist of - ( Methyl Methacrylate Monomer 95%, Ethylene Dimethacrylate Monomer 4.28%,Dimethyl-P-Toulinde 0.67%,Hydroquinone 20+/-5PPM & 4 – Methoxyphenol 12PPm), The kit should also have sterile matrix bags., The total preparation time for the dough from mixing to setting should be about 20min., The temperature should be about 23 degree., The kit should have two complete set of sterile powder, two vials sterile liquid and two sterile matrix bags. | 1 No. | 1 No. |
| 41 . | 41 | 1091 | Intracranial Pressure Monitoring System | The monitoring system should have one-touch key operating functions, including zeroing and calibration., The system should have speedy setup for monitoring ICP, The user instruction should appear directly on the monitor screen for easy, simple setup and operation., The system should provide continuous digital display of systolic, diastolic and mean ICP., It should have a reusable transducer cable., It should have a rechargeable battery back up of three hours., It should be compatible with patient monitors from different manufactures.,  It should have audible and visual alert function for low battery., It should have adjustable LCD lighting display., It should have integral pole clamp., It should have user programmable mean ICP alarm and two minute alarm suspend function. | 1 No. | 1 No. |
| 42 . | 42 | 1092 | Intracranial Pressure Monitoring System cable | Intracranial Pressure Monitoring System Transducer cable | 1 No. | 1 No. |
| 43 . | 43 | 1093 | Intracranial Pressure Monitoring System Parenchymal sensor | The catheter should be inbuilt with micro sensor and ventricular catheter for the drainage of the CSF and monitor ICP at the same time., It should have 38cm clear ventricular catheter with preloaded stylet., The transducer should consists of a miniature strain gauge pressure sensor mounted in a titanium case at the tip of a 100cm flexiblenylon tube., It should come with 7-guage tunneling trocar for placement., The information should be relayed electronically rather than hydrostatic or fiberoptics., It should be made of strain gauge mechanism, It should have high fidelity of greater than 10000Hz to facilitate excellent wave form analysis., The drift in ICP over 9 days period should be maximum of 1mmhg or less., The system should be capable of monitoring Parenchymal ICP., The drift in ICP over 9 days period should be maximum of 1mmhg or less., The system should be capable of monitoring Subdural ICP. | 1 No. | 1 No. |
| 44 . | 44 | 1094 | Intracranial Pressure Monitoring System Subdural sensor | The catheter should be inbuilt with micro sensor and ventricular catheter for the drainage of the CSF and monitor ICP at the same time., It should have 38cm clear ventricular catheter with preloaded stylet., The transducer should consists of a miniature strain gauge pressure sensor mounted in a titanium case at the tip of a 100cm flexible nylon tube., It should come with 7-guage tunneling trocar for placement., The information should be relayed electronically rather than hydrostatic or fiberoptics., It should be made of strain gauge mechanism, It should have high fidelity of greater than 10000Hz to facilitate excellent wave form analysis. | 1 No. | 1 No. |
| 45 . | 45 | 1095 | Intracranial Pressure Monitoring System Ventricular sensor | The catheter should be inbuilt with micro sensor and ventricular catheter for the drainage of the CSF and monitor ICP at the same time., It should have 38cm clear ventricular catheter with preloaded stylet., The transducer should consists of a miniature strain gauge pressure sensor mounted in a titanium case at the tip of a 100cm flexible nylon tube., It should come with 7-guage tunneling trocar for placement., The information should be relayed electronically rather than hydrostatic or fiberoptics., It should be made of strain gauge mechanism, It should have high fidelity of greater than 10000Hz to facilitate excellent wave form analysis., The drift in ICP over 9 days period should be maximum of 1mmhg or less., The system should be capable of monitoring Ventricular ICP. | 1 No. | 1 No. |
| 46 . | 46 | 1096 | External CSF Drainage and Monitoring | External drainage system should have a sterile path, which is closed from the ventricular catheter to the bag., The Kit should contain all internal and external components of the system – 35cm radiopaque silicone ventricular catheter (1.5mm I.D., 3.1mm O.D.) 57cm of vinyl tubing equipped with two clamps, A four-way stop cock with female luer lock port for monitoring, injection and sampling., It should have 36cm straight stainless steel stylet for catheter placement., It should have curved stainless steel trocar with a barbed end for drawing catheter subcutaneously and female luer lock cap. | 1 No. | 1 No. |
| 47 . | 47 | 1097 | Antimicrobial Impregnated Catheter Set | The EVD catheters should impregnated by patented Advanced Impregnation Process (AIP) throughout the silicone matrix., It’s should have a combination of powerful antibiotics – 0.15% Clindamycin and .054% Rifampicin., The anti-microbial should help in preventing bacterial colonization on inner lumen and exterior catheter wall., It should be soft, flexible, pliable silicone catheter.,It should have depth marking for accurate placement in ventricle, the marking should be in centimeters from proximal tip, starting at 3cm and ending at 15cm., The inner lumen and the exterior catheter wall should be supported for 28 days with antibiotic concentrations that protect against bacterial colonization., The sterile EVD catheter set should come with one 35cm(AIP) Ventricular Catheter, Stylet, Connector, Cap and Trocar. | 1 No. | 1 No. |
| 48 . | 48 | 1098 | Antimicrobial Impregnated Low Pressure Shunt | The Shunt catheters should impregnated by patented Advanced Impregnation Process (AIP) throughout the silicone matrix., It’s should have a combination of powerful antibiotics – 0.15% Clindamycin and .054% Rifampicin., The anti-microbial should help in preventing bacterial colonization on inner lumen and exterior catheter wall. | 1 No. | 1 No. |
| 49 . | 49 | 1099 | Antimicrobial Impregnated Medium Pressure Shunt | The Shunt catheters should impregnated by patented Advanced Impregnation Process (AIP) throughout the silicone matrix., It’s should have a combination of powerful antibiotics – 0.15% Clindamycin and .054% Rifampicin., The anti-microbial should help in preventing bacterial colonization on inner lumen and exterior catheter wall. | 1 No. | 1 No. |
| 50 . | 50 | 1100 | Antimicrobial Impregnated High Pressure Shunt | The Shunt catheters should impregnated by patented Advanced Impregnation Process (AIP) throughout the silicone matrix., It’s should have a combination of powerful antibiotics – 0.15% Clindamycin and .054% Rifampicin., The anti-microbial should help in preventing bacterial colonization on inner lumen and exterior catheter wall. | 1 No. | 1 No. |
| S.NO | TenderItemID | Sr No. | Name of Item | Specification | Prefred Unit | Unit to be Quated |
| 1 . | 51 | 1101 | End Tidal CO2 probe with line | As per column No.2 | 1 No. | 1 No. |
| 2 . | 52 | 1102 | BELT holter traction belt | As per colomn No.2 | 1 No. | 1 No. |
| 3 . | 53 | 1103 | BELT Ls belt | As per colomn No.2 | 1 No. | 1 No. |
| 4 . | 54 | 1104 | BELTankle traction belt | As per colomn No.2 | 1 No. | 1 No. |
| 5 . | 55 | 1105 | BRACE below knee brace | As per colomn No.2 | 1 No. | 1 No. |
| 6 . | 56 | 1106 | BRACES humerus brace | As per colomn No.2 | 1 No. | 1 No. |
| 7 . | 57 | 1107 | cervical coller soft small medium and large | As per colomn No.2 | 1 No. | 1 No. |
| 8 . | 58 | 1108 | cervical collers rigid small med and large | As per colomn No.2 | 1 No. | 1 No. |
| 9 . | 59 | 1109 | DRAPES hip u drapes | As per colomn No.2 | 1 No. | 1 No. |
| 10 . | 60 | 1110 | DRAPES knee o drape | As per colomn No.2 | 1 No. | 1 No. |
| 11 . | 61 | 1111 | DRAPES leg o drape | As per colomn No.2 | 1 No. | 1 No. |
| 12 . | 62 | 1112 | DRAPES leg u drape | As per colomn No.2 | 1 No. | 1 No. |
| 13 . | 63 | 1113 | SPLINT foot drop splint dynamic | As per colomn No.2 | 1 No. | 1 No. |
| 14 . | 64 | 1114 | SPLINT foot drop splint static | As per colomn No.2 | 1 No. | 1 No. |
| 15 . | 65 | 1115 | SPLINT RNP splint | As per colomn No.2 | 1 No. | 1 No. |
| 16 . | 66 | 1116 | SPLINT tenis elbow splint | As per colomn No.2 | 1 No. | 1 No. |
| 17 . | 67 | 1117 | Splint thumb splint | As per colomn No.2 | 1 No. | 1 No. |
| 18 . | 68 | 1118 | STAPLER skin staplers | As per colomn No.2 | 1 No. | 1 No. |
| 19 . | 69 | 1119 | stapler stapler remover | As per colomn No.2 | 1 No. | 1 No. |
| 20 . | 70 | 1120 | traction set with traction rope | As per colomn No.2 | 1 No. | 1 No. |
| 21 . | 71 | 1121 | C.R. Cassette 35cm X 35cm | As per colomn No.2 | 1 NO. | 1 NO. |
| 22 . | 72 | 1122 | C.R. Cassette 43cm X 35cm | As per colomn No.2 | 1 NO. | 1 NO. |
| 23 . | 73 | 1123 | C.R. Screen 35cm X 35cm | As per colomn No.2 | 1 NO. | 1 NO. |
| 24 . | 74 | 1124 | C.R. Screen 43cm X 35cm | As per colomn No.2 | 1 NO. | 1 NO. |
| 25 . | 75 | 1125 | C.R.Film 11\"x14\" Dry viewer | As per colomn No.2 | 1 NO. | 1 NO. |
| 26 . | 76 | 1126 | C.R.Film 14\"x17\" Dry viewer | As per colomn No.2 | 1 NO. | 1 NO. |
| 27 . | 77 | 1127 | Medical X-Ray Film Size: 8†|
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