 |
RPFNA
XCmedico
1 Pcs（72 Hours Delivery）
Proximal Femoral Fracture Surgery
Titanium Alloy Or Stainless Steel
CE/ISO:9001/ISO13485.Etc
Custom-Made 15 Days Delivery（Excluding Shipping Time）
FedEx. DHL.TNT.EMS.Etc
| Quantity: | |
|---|---|
| Products | Picture | Specific Models | Specification | Products | Picture | Specific Models | Specification |
| PFNA(Gama) Intramedullary Nail |  | RPFNA09180 | Ф9×180 | PFNA(Gama) Intramedullary Nail |  | RPFNA11380R | Ф11×380 R |
| RPFNA09200 | Ф9×200 | RPFNA11400R | Ф11×400 R | ||||
| RPFNA09220 | Ф9×220 | RPFNA11420R | Ф11×420 R | ||||
| RPFNA09240 | Ф9×240 | RPFNA11440R | Ф11×440 R | ||||
| RPFNA10180 | Ф10×180 | RPFNA11320L | Ф11×320 L | ||||
| RPFNA10200 | Ф10×200 | RPFNA11340L | Ф11×340 L | ||||
| RPFNA10220 | Ф10×220 | RPFNA11360L | Ф11×360 L | ||||
| RPFNA10240 | Ф10×240 | RPFNA11380L | Ф11×380 L | ||||
| RPFNA11180 | Ф11×180 | RPFNA11400L | Ф11×400 L | ||||
| RPFNA11200 | Ф11×200 | RPFNA11420L | Ф11×420 L | ||||
| RPFNA11220 | Ф11×220 | RPFNA11440L | Ф11×440 L | ||||
| RPFNA11240 | Ф11×240 | Matching Srews | |||||
| RPFNA12180 | Ф12×180 | Blad Screw |  | RSDPD10D470 | Ф10.4*70 | ||
| RPFNA12200 | Ф12×200 | RSDPD10D475 | Ф10.4*75 | ||||
| RPFNA12220 | Ф12×220 | RSDPD10D480 | Ф10.4*80 | ||||
| RPFNA12240 | Ф12×240 | RSDPD10D485 | Ф10.4*85 | ||||
| RPFNA09320R | Ф9×320 R | RSDPD10D490 | Ф10.4*90 | ||||
| RPFNA09340R | Ф9×340 R | RSDPD10D495 | Ф10.4*95 | ||||
| RPFNA09360R | Ф9×360 R | RSDPD10D4100 | Ф10.4*100 | ||||
| RPFNA09380R | Ф9×380 R | RSDPD10D4105 | Ф10.4*105 | ||||
| RPFNA09400R | Ф9×400 R | RSDPD10D4110 | Ф10.4*110 | ||||
| RPFNA09420R | Ф9×420 R | RSDPD10D4115 | Ф10.4*115 | ||||
| RPFNA09440R | Ф9×440 R | RSDPD10D4120 | Ф10.4*120 | ||||
| RPFNA09320L | Ф9×320 L | 4.7mm Locking Screw |  | RSPFNALD4726 | Ф4.7*26 | ||
| RPFNA09340L | Ф9×340 L | RSPFNALD4728 | Ф4.7*28 | ||||
| RPFNA09360L | Ф9×360 L | RSPFNALD4730 | Ф4.7*30 | ||||
| RPFNA09380L | Ф9×380 L | RSPFNALD4732 | Ф4.7*32 | ||||
| RPFNA09400L | Ф9×400 L | RSPFNALD4734 | Ф4.7*34 | ||||
| RPFNA09420L | Ф9×420 L | RSPFNALD4736 | Ф4.7*36 | ||||
| RPFNA09440L | Ф9×440 L | RSPFNALD4738 | Ф4.7*38 | ||||
| RPFNA10320R | Ф10×320 R | RSPFNALD4740 | Ф4.7*40 | ||||
| RPFNA10340R | Ф10×340 R | RSPFNALD4742 | Ф4.7*42 | ||||
| RPFNA10360R | Ф10×360 R | RSPFNALD4744 | Ф4.7*44 | ||||
| RPFNA10380R | Ф10×380 R | RSPFNALD4746 | Ф4.7*46 | ||||
| RPFNA10400R | Ф10×400 R | RSPFNALD4748 | Ф4.7*48 | ||||
| RPFNA10420R | Ф10×420 R | RSPFNALD4750 | Ф4.7*50 | ||||
| RPFNA10440R | Ф10×440 R | RSPFNALD4752 | Ф4.7*52 | ||||
| RPFNA10320L | Ф10×320 L | RSPFNALD4754 | Ф4.7*54 | ||||
| RPFNA10340L | Ф10×340 L | RSPFNALD4756 | Ф4.7*56 | ||||
| RPFNA10360L | Ф10×360 L | RSPFNALD4758 | Ф4.7*58 | ||||
| RPFNA10380L | Ф10×380 L | RSPFNALD4760 | Ф4.7*60 | ||||
| RPFNA10400L | Ф10×400 L | RSPFNALD4764 | Ф4.7*64 | ||||
| RPFNA10420L | Ф10×420 L | RSPFNALD4768 | Ф4.7*68 | ||||
| RPFNA10440L | Ф10×440 L | RSPFNALD4772 | Ф4.7*72 | ||||
| RPFNA11320R | Ф11×320 R | RSPFNALD4776 | Ф4.7*76 | ||||
| RPFNA11340R | Ф11×340 R | RSPFNALD4780 | Ф4.7*80 | ||||
| RPFNA11360R | Ф11×360 R | RSPFNALD4784 | Ф4.7*84 | ||||
End Cap. For true rotational stability. A choice of static or dynamic interlocking (dynamization:5mm). Featuring insertion safety stop. Flexible distal nail end minimizes stress concentration. |
Several distal locking options Static or dynamic locking can be performed via the aiming arm with PFNA standard, small and xs. The PFNA long additionally allows for secondary dynamization. Increased stability caused by bone compaction around the PFNA blade has been biomechanically proven to retard rotation and varus collapse. That the PFNA blade had a significantly higher cut-out resistance in comparison with commonly-used screw systems. |
Cement hole design facilitates cement injection, increase stability for osteoporosis patient. Increased blade-bone interface provides better stability in anchoring and anti-rotation. Provide static and dynamic distal locking options for clinical choice. Proximal diameter of 16mm provides enough strength in fixation. |
The PFNA has a medial-lateral angle of 6° This allows insertion at the tip of the greater trochanter. Rotational and angular stability achieved with one single element Compaction of cancellous bone Inserting the PFNA blade compacts the cancellous 130° bone providing additional anchoring, which is especially important in osteoporotic bone. |
CNC Preliminary Processing The computer numerical control technology is used to precisely process orthopedic products. This process has the characteristics of high precision, high efficiency, and repeatability. It can quickly produce customized medical devices that conform to the human anatomical structure and provide patients with personalized treatment plans. |
Product Polishing The purpose of orthopedic products polishing is to improve the contact between the implant and human tissue, reduce stress concentration, and improve the long-term stability of the implant. |
Quality Inspection The mechanical properties test of orthopedic products is designed to simulate the stress conditions of human bones, evaluate the load-bearing capacity and durability of implants in the human body, and ensure their safety and reliability. |
Product Package Orthopedic products are packaged in a sterile room to ensure that the product is encapsulated in a clean, sterile environment to prevent microbial contamination and ensure surgical safety. |
The storage of orthopedic products requires strict in-and-out management and quality control to ensure product traceability and prevent expiration or wrong shipment. |
The sample room is used to store, display and manage various orthopedic products samples for product technology exchanges and training. |
1. Ask XC Medico team for PFNA Intramedullary nail product catalog.
2. Choose your interested PFNA Intramedullary nail product.
3. Ask for a sample to test PFNA Intramedullary nail quality.
4.Make an order of XC Medico's PFNA Intramedullary nail.
5.Become a dealer of XC medico's PFNA Intramedullary nail.
1. Better Purchase Prices Of PFNA Intramedullary Nails.
2.100% The Highest Quality PFNA Intramedullary Nails.
3. Less Ordering Efforts.
4. Price Stability For The Period Of Agreement.
5. Sufficient PFNA Intramedullary Nails Inventory
6. Quick And Easy Assessment Of XC Medico’s PFNA Intramedullary Nails.
7. A Globally Recognized Brand - XC medico.
8. Fast Access Time To XC Medico Sales Team.
9. Additional Quality Test By XC Medico Team.
10. Track Your XC Medico Order From Start To Finish.
PFNA (Proximal Femoral Nail Antirotation), proximal femoral anti-rotation intramedullary nail. Suitable for various types of intertrochanteric fractures; subtrochanteric fractures; femoral neck base fractures; femoral neck fractures combined with femoral shaft fractures; and intertrochanteric fractures combined with femoral shaft fractures.
The main nail is hollow.
The main nail has a 6° abduction angle.
The main nail has a tip and groove design that is as long as possible.
Only one locking nail needs to be placed at the distal end.
The spiral blade design has strong anti-rotation and anti-cut-out capabilities and high stability.
The surgery has small trauma, less bleeding, and quick recovery.
locking screws and anti-rotation devices provide firm fixation and promote fracture healing.
patients can partially bear weight early after surgery, which is conducive to functional recovery.
PFNA has a lower complication rate than traditional surgery.
Suitable for elderly patients with osteoporosis.
PFNA surgery is a new type of proximal femoral internal fixation system surgery, especially suitable for intertrochanteric fractures in the elderly. Before the operation, anesthesia needs to be done, usually combined spinal-epidural anesthesia or general anesthesia. Take the healthy side-lying position, disinfect the affected limb, and lay a sterile towel.
Take intraspinal anesthesia.
Take the healthy side-lying position (the affected side is on top); disinfect the surgical area with iodine tincture and alcohol, and lay a sterile sheet.
Perform fracture reduction and maintain reduction under fluoroscopy.
Make an incision with the tip of the greater trochanter of the femur as the center, about 8 cm long, cut the skin, subcutaneous tissue, and deep fascia, touch the apex of the greater trochanter of the femur, using a triangular opener at the outer edge of the apex of the greater trochanter to expand the bone cortex and enter the bone, then pull out the opener, insert a long guide needle, and penetrate the femoral medullary cavity.
Use fluoroscopy to confirm that the guide needle enters the distal medullary cavity.
After the guide needle position and fracture reduction are satisfactory, select a PFNA nail with a satisfactory length (generally 20-24 cm) and diameter, insert the intramedullary nail along the guide needle, and the depth of the needle insertion is satisfactory under fluoroscopy.
Install the PFNA guide frame, drive the spiral knife locking nail into the femoral neck and femoral head, and lock the other locking nails.
postoperative wound infection, deep infection, etc.
slow or nonunion of fracture healing.
intramedullary nail or locking screw breakage.
intraoperative or postoperative neurovascular injury.
postoperative deep vein thrombosis of the lower limbs.
postoperative calcification of soft tissue around the hip joint.
Keep the wound clean and dry, and change the dressing regularly.
Perform functional exercises as prescribed by the doctor to promote the recovery of joint mobility.
Gradually increase the weight-bearing according to the doctor's advice.
Regularly review X-rays to observe the healing of fractures.
Intertrochanteric fractures are common fractures in orthopedics. They are mainly seen in the elderly. Due to osteoporosis, intertrochanteric fractures often occur after an accidental fall in the elderly. The time of walking after surgery depends on the degree of osteoporosis and the surgical method. If the surgery uses PFNA internal fixation, the patient can generally bear weight with crutches after one week. You can walk on the ground without crutches for about two months. If there is severe osteoporosis, the corresponding time should be extended as appropriate.
If the surgical method is hollow nail internal fixation, the time to get out of bed should be relatively extended. Some hollow nails are not as stable as PFNA. It is usually recommended that patients stay in bed for about a month, and then use crutches for weight-bearing activities. Usually, you can give up walking after 2 to 3 months. If dynamic hip internal fixation is used, you can generally get out of bed and bear weight with crutches for about a month, and you can give up crutches after 2 to 3 months.
According to Apol's research, the global intramedullary nail market sales in 2023 will be approximately US$470 million, and it is expected to grow at a CAGR (compound annual growth rate) of more than 3.82% during the forecast period of 2024-2030. This shows that the intramedullary nail market, including PFNA intramedullary nails, will continue to expand globally, providing a broad market space for manufacturers and suppliers.
PFNA is a safe, effective and minimally invasive method for treating proximal femoral fractures. However, the success of the operation is closely related to the doctor's skills, individual differences of the patient and postoperative care. Patients should choose a regular hospital, have the operation performed by an experienced doctor, and strictly follow the doctor's instructions for postoperative rehabilitation.
Warm reminder: This article is for reference only and cannot replace the doctor's professional advice. If you have any questions, please consult your attending physician.
| Products | Picture | Specific Models | Specification | Products | Picture | Specific Models | Specification |
| PFNA(Gama) Intramedullary Nail | | RPFNA09180 | Ф9×180 | PFNA(Gama) Intramedullary Nail | | RPFNA11380R | Ф11×380 R |
| RPFNA09200 | Ф9×200 | RPFNA11400R | Ф11×400 R | ||||
| RPFNA09220 | Ф9×220 | RPFNA11420R | Ф11×420 R | ||||
| RPFNA09240 | Ф9×240 | RPFNA11440R | Ф11×440 R | ||||
| RPFNA10180 | Ф10×180 | RPFNA11320L | Ф11×320 L | ||||
| RPFNA10200 | Ф10×200 | RPFNA11340L | Ф11×340 L | ||||
| RPFNA10220 | Ф10×220 | RPFNA11360L | Ф11×360 L | ||||
| RPFNA10240 | Ф10×240 | RPFNA11380L | Ф11×380 L | ||||
| RPFNA11180 | Ф11×180 | RPFNA11400L | Ф11×400 L | ||||
| RPFNA11200 | Ф11×200 | RPFNA11420L | Ф11×420 L | ||||
| RPFNA11220 | Ф11×220 | RPFNA11440L | Ф11×440 L | ||||
| RPFNA11240 | Ф11×240 | Matching Srews | |||||
| RPFNA12180 | Ф12×180 | Blad Screw | | RSDPD10D470 | Ф10.4*70 | ||
| RPFNA12200 | Ф12×200 | RSDPD10D475 | Ф10.4*75 | ||||
| RPFNA12220 | Ф12×220 | RSDPD10D480 | Ф10.4*80 | ||||
| RPFNA12240 | Ф12×240 | RSDPD10D485 | Ф10.4*85 | ||||
| RPFNA09320R | Ф9×320 R | RSDPD10D490 | Ф10.4*90 | ||||
| RPFNA09340R | Ф9×340 R | RSDPD10D495 | Ф10.4*95 | ||||
| RPFNA09360R | Ф9×360 R | RSDPD10D4100 | Ф10.4*100 | ||||
| RPFNA09380R | Ф9×380 R | RSDPD10D4105 | Ф10.4*105 | ||||
| RPFNA09400R | Ф9×400 R | RSDPD10D4110 | Ф10.4*110 | ||||
| RPFNA09420R | Ф9×420 R | RSDPD10D4115 | Ф10.4*115 | ||||
| RPFNA09440R | Ф9×440 R | RSDPD10D4120 | Ф10.4*120 | ||||
| RPFNA09320L | Ф9×320 L | 4.7mm Locking Screw | | RSPFNALD4726 | Ф4.7*26 | ||
| RPFNA09340L | Ф9×340 L | RSPFNALD4728 | Ф4.7*28 | ||||
| RPFNA09360L | Ф9×360 L | RSPFNALD4730 | Ф4.7*30 | ||||
| RPFNA09380L | Ф9×380 L | RSPFNALD4732 | Ф4.7*32 | ||||
| RPFNA09400L | Ф9×400 L | RSPFNALD4734 | Ф4.7*34 | ||||
| RPFNA09420L | Ф9×420 L | RSPFNALD4736 | Ф4.7*36 | ||||
| RPFNA09440L | Ф9×440 L | RSPFNALD4738 | Ф4.7*38 | ||||
| RPFNA10320R | Ф10×320 R | RSPFNALD4740 | Ф4.7*40 | ||||
| RPFNA10340R | Ф10×340 R | RSPFNALD4742 | Ф4.7*42 | ||||
| RPFNA10360R | Ф10×360 R | RSPFNALD4744 | Ф4.7*44 | ||||
| RPFNA10380R | Ф10×380 R | RSPFNALD4746 | Ф4.7*46 | ||||
| RPFNA10400R | Ф10×400 R | RSPFNALD4748 | Ф4.7*48 | ||||
| RPFNA10420R | Ф10×420 R | RSPFNALD4750 | Ф4.7*50 | ||||
| RPFNA10440R | Ф10×440 R | RSPFNALD4752 | Ф4.7*52 | ||||
| RPFNA10320L | Ф10×320 L | RSPFNALD4754 | Ф4.7*54 | ||||
| RPFNA10340L | Ф10×340 L | RSPFNALD4756 | Ф4.7*56 | ||||
| RPFNA10360L | Ф10×360 L | RSPFNALD4758 | Ф4.7*58 | ||||
| RPFNA10380L | Ф10×380 L | RSPFNALD4760 | Ф4.7*60 | ||||
| RPFNA10400L | Ф10×400 L | RSPFNALD4764 | Ф4.7*64 | ||||
| RPFNA10420L | Ф10×420 L | RSPFNALD4768 | Ф4.7*68 | ||||
| RPFNA10440L | Ф10×440 L | RSPFNALD4772 | Ф4.7*72 | ||||
| RPFNA11320R | Ф11×320 R | RSPFNALD4776 | Ф4.7*76 | ||||
| RPFNA11340R | Ф11×340 R | RSPFNALD4780 | Ф4.7*80 | ||||
| RPFNA11360R | Ф11×360 R | RSPFNALD4784 | Ф4.7*84 | ||||
End Cap. For true rotational stability. A choice of static or dynamic interlocking (dynamization:5mm). Featuring insertion safety stop. Flexible distal nail end minimizes stress concentration. |
Several distal locking options Static or dynamic locking can be performed via the aiming arm with PFNA standard, small and xs. The PFNA long additionally allows for secondary dynamization. Increased stability caused by bone compaction around the PFNA blade has been biomechanically proven to retard rotation and varus collapse. That the PFNA blade had a significantly higher cut-out resistance in comparison with commonly-used screw systems. |
Cement hole design facilitates cement injection, increase stability for osteoporosis patient. Increased blade-bone interface provides better stability in anchoring and anti-rotation. Provide static and dynamic distal locking options for clinical choice. Proximal diameter of 16mm provides enough strength in fixation. |
The PFNA has a medial-lateral angle of 6° This allows insertion at the tip of the greater trochanter. Rotational and angular stability achieved with one single element Compaction of cancellous bone Inserting the PFNA blade compacts the cancellous 130° bone providing additional anchoring, which is especially important in osteoporotic bone. |
CNC Preliminary Processing The computer numerical control technology is used to precisely process orthopedic products. This process has the characteristics of high precision, high efficiency, and repeatability. It can quickly produce customized medical devices that conform to the human anatomical structure and provide patients with personalized treatment plans. |
Product Polishing The purpose of orthopedic products polishing is to improve the contact between the implant and human tissue, reduce stress concentration, and improve the long-term stability of the implant. |
Quality Inspection The mechanical properties test of orthopedic products is designed to simulate the stress conditions of human bones, evaluate the load-bearing capacity and durability of implants in the human body, and ensure their safety and reliability. |
Product Package Orthopedic products are packaged in a sterile room to ensure that the product is encapsulated in a clean, sterile environment to prevent microbial contamination and ensure surgical safety. |
The storage of orthopedic products requires strict in-and-out management and quality control to ensure product traceability and prevent expiration or wrong shipment. |
The sample room is used to store, display and manage various orthopedic products samples for product technology exchanges and training. |
1. Ask XC Medico team for PFNA Intramedullary nail product catalog.
2. Choose your interested PFNA Intramedullary nail product.
3. Ask for a sample to test PFNA Intramedullary nail quality.
4.Make an order of XC Medico's PFNA Intramedullary nail.
5.Become a dealer of XC medico's PFNA Intramedullary nail.
1. Better Purchase Prices Of PFNA Intramedullary Nails.
2.100% The Highest Quality PFNA Intramedullary Nails.
3. Less Ordering Efforts.
4. Price Stability For The Period Of Agreement.
5. Sufficient PFNA Intramedullary Nails Inventory
6. Quick And Easy Assessment Of XC Medico’s PFNA Intramedullary Nails.
7. A Globally Recognized Brand - XC medico.
8. Fast Access Time To XC Medico Sales Team.
9. Additional Quality Test By XC Medico Team.
10. Track Your XC Medico Order From Start To Finish.
PFNA (Proximal Femoral Nail Antirotation), proximal femoral anti-rotation intramedullary nail. Suitable for various types of intertrochanteric fractures; subtrochanteric fractures; femoral neck base fractures; femoral neck fractures combined with femoral shaft fractures; and intertrochanteric fractures combined with femoral shaft fractures.
The main nail is hollow.
The main nail has a 6° abduction angle.
The main nail has a tip and groove design that is as long as possible.
Only one locking nail needs to be placed at the distal end.
The spiral blade design has strong anti-rotation and anti-cut-out capabilities and high stability.
The surgery has small trauma, less bleeding, and quick recovery.
locking screws and anti-rotation devices provide firm fixation and promote fracture healing.
patients can partially bear weight early after surgery, which is conducive to functional recovery.
PFNA has a lower complication rate than traditional surgery.
Suitable for elderly patients with osteoporosis.
PFNA surgery is a new type of proximal femoral internal fixation system surgery, especially suitable for intertrochanteric fractures in the elderly. Before the operation, anesthesia needs to be done, usually combined spinal-epidural anesthesia or general anesthesia. Take the healthy side-lying position, disinfect the affected limb, and lay a sterile towel.
Take intraspinal anesthesia.
Take the healthy side-lying position (the affected side is on top); disinfect the surgical area with iodine tincture and alcohol, and lay a sterile sheet.
Perform fracture reduction and maintain reduction under fluoroscopy.
Make an incision with the tip of the greater trochanter of the femur as the center, about 8 cm long, cut the skin, subcutaneous tissue, and deep fascia, touch the apex of the greater trochanter of the femur, using a triangular opener at the outer edge of the apex of the greater trochanter to expand the bone cortex and enter the bone, then pull out the opener, insert a long guide needle, and penetrate the femoral medullary cavity.
Use fluoroscopy to confirm that the guide needle enters the distal medullary cavity.
After the guide needle position and fracture reduction are satisfactory, select a PFNA nail with a satisfactory length (generally 20-24 cm) and diameter, insert the intramedullary nail along the guide needle, and the depth of the needle insertion is satisfactory under fluoroscopy.
Install the PFNA guide frame, drive the spiral knife locking nail into the femoral neck and femoral head, and lock the other locking nails.
postoperative wound infection, deep infection, etc.
slow or nonunion of fracture healing.
intramedullary nail or locking screw breakage.
intraoperative or postoperative neurovascular injury.
postoperative deep vein thrombosis of the lower limbs.
postoperative calcification of soft tissue around the hip joint.
Keep the wound clean and dry, and change the dressing regularly.
Perform functional exercises as prescribed by the doctor to promote the recovery of joint mobility.
Gradually increase the weight-bearing according to the doctor's advice.
Regularly review X-rays to observe the healing of fractures.
Intertrochanteric fractures are common fractures in orthopedics. They are mainly seen in the elderly. Due to osteoporosis, intertrochanteric fractures often occur after an accidental fall in the elderly. The time of walking after surgery depends on the degree of osteoporosis and the surgical method. If the surgery uses PFNA internal fixation, the patient can generally bear weight with crutches after one week. You can walk on the ground without crutches for about two months. If there is severe osteoporosis, the corresponding time should be extended as appropriate.
If the surgical method is hollow nail internal fixation, the time to get out of bed should be relatively extended. Some hollow nails are not as stable as PFNA. It is usually recommended that patients stay in bed for about a month, and then use crutches for weight-bearing activities. Usually, you can give up walking after 2 to 3 months. If dynamic hip internal fixation is used, you can generally get out of bed and bear weight with crutches for about a month, and you can give up crutches after 2 to 3 months.
According to Apol's research, the global intramedullary nail market sales in 2023 will be approximately US$470 million, and it is expected to grow at a CAGR (compound annual growth rate) of more than 3.82% during the forecast period of 2024-2030. This shows that the intramedullary nail market, including PFNA intramedullary nails, will continue to expand globally, providing a broad market space for manufacturers and suppliers.
PFNA is a safe, effective and minimally invasive method for treating proximal femoral fractures. However, the success of the operation is closely related to the doctor's skills, individual differences of the patient and postoperative care. Patients should choose a regular hospital, have the operation performed by an experienced doctor, and strictly follow the doctor's instructions for postoperative rehabilitation.
Warm reminder: This article is for reference only and cannot replace the doctor's professional advice. If you have any questions, please consult your attending physician.
Product Warehouse
Sample Room