P65 Lumbar Spine Injection Simulator 3B Scientific®
The P65 lumbar spine injection simulator by 3B Scientific® enables realistic training in image-guided interventional procedures. This latex-free anatomical model accurately reproduces vertebrae T12-L5, sacrum and ilium for practicing transforaminal epidural injections, medial branch blocks and sacroiliac infiltrations. Available on order within 15 business days.
| Brand: 3B |
Référence |
1021898 |
Features
- Image-guided lumbar spinal injection simulator
- Realistic anatomical model for training in spinal interventional procedures
- Accurate reproduction of vertebrae T12 to L5
- Includes sacrum (S1-S3) with sacral hiatus canal
- Bilateral ilium integrated without ischial bone or hip joint
- Anatomically correct coccyx
- Compatible with medical imaging techniques for real-time guidance
- Enables practice of transforaminal epidural injections (TFSI)
- Suitable for interlaminar epidural injections
- Training in facet joint blocks
- Practice of medial branch blocks (MBB/RF)
- Simulation of sacroiliac joint injections (SIJ)
- Facet denervation by radiofrequency feasible
- S1 block practicable
- Latex-free for safe use
- Intended for medical and paramedical training in hospital or university settings
- Manufactured by 3B Scientific® - professional quality
An essential tool for mastering spinal interventional procedures with confidence before working with real patients.
| Technical features | Details |
|---|---|
| Reference | 1021898 (P65) |
| Brand | 3B Scientific® |
| Product type | Image-guided lumbar spinal injection simulator |
| Anatomical region | Lumbar spine (T12-L5), sacrum (S1-S3), coccyx, bilateral ilium |
| Practicable procedures | TFSI, interlaminar epidural injection, facet blocks, medial branch block (MBB/RF), sacroiliac injection, radiofrequency denervation, S1 block |
| Imaging compatibility | Yes - image guidance |
| Weight | 33.51 lb (approximately 15.2 kg) |
| Dimensions | 16.5 x 13.8 x 4.9 inches (42 x 35 x 12.5 cm) |
| Latex | Latex-free |
| Use | Medical and paramedical training |
| Source | https://www.3bscientific.com/us/image-guided-lumbar-spinal-injection-trainer-p65-1021898-p65-3b-scientific,p_34_30509.html |
What procedures can be practiced on the P65 lumbar injection simulator?
The P65 simulator allows practice of transforaminal epidural injections (TFSI), interlaminar epidural injections, facet joint blocks, medial branch blocks (MBB/RF), sacroiliac joint injections, facet denervation by radiofrequency and S1 blocks.
What anatomical structures are reproduced in this lumbar simulator?
The simulator accurately reproduces vertebrae T12 to L5, sacrum from S1 to S3 with sacral hiatus canal, coccyx and bilateral ilium without ischial bone or hip joint.
Is the P65 simulator compatible with medical imaging systems?
Yes, the P65 lumbar injection simulator is specifically designed to be used with image guidance, allowing realistic training in image-guided interventional techniques.
Does the P65 lumbar injection simulator contain latex?
No, the 3B Scientific P65 simulator is entirely latex-free, making it suitable for environments where latex allergies are a concern.
What are the dimensions and weight of the P65 simulator?
The simulator measures 16.5 x 13.8 x 4.9 inches (approximately 42 x 35 x 12.5 cm) and weighs 33.51 lb (approximately 15.2 kg).
Who is the P65 lumbar spinal injection simulator intended for?
This simulator is intended for training healthcare professionals, particularly anesthesiologists, interventional radiologists and pain specialists, in hospital or university settings.
Can sacroiliac joint injections be practiced on this model?
Yes, the P65 simulator allows practice of sacroiliac joint injections (SIJ-injection) thanks to the anatomical reproduction of the sacrum and bilateral ilium.
Are there other simulators in the same range as the P65?
Yes, 3B Scientific also offers the P66 thoracic simulator for thoracic spine injections and the P67 cervical simulator for cervical spine injections, allowing comprehensive training on the entire spine.