MEDTRONIC POWERED SURGICAL SOLUTIONS MR8-7MH17 Orthopaedic Bur

MEDTRONIC POWERED SURGICAL SOLUTIONS MR8-7MH17 Orthopaedic Bur
$125 (USD)
Available quantity:2
Description
The MEDTRONIC POWERED SURGICAL SOLUTIONS MR8-7MH17 is an orthopaedic bur used for excavating and shaping bone tissue during surgery. Condition: New Expiration: 2030-02-05 Specifications: - Manufacturer: MEDTRONIC POWERED SURGICAL SOLUTIONS - Reference/Part No.: MR8-7MH17 - Brand: MIDAS REX MR8 - Diameter: 1.7 mm - Length: 7 cm - Material: High-grade steel shaft; hard metal/material cutting head - Intended Use: Excavation and shaping of bone tissue using an appropriate powered handpiece - Application: Maxillofacial, spinal, and orthopaedic surgery The MR8-7MH17 features a 7 cm shaft and a 1.7 mm match-head cutting configuration. Its rotary cutting head includes fluting or cutting planes and is designed for use with an appropriate powered handpiece. Features: - Single-use rotary cutting device - 7 cm shaft length - 1.7 mm match-head configuration - High-grade steel shaft - Hard metal/material cutting head - Designed for use with an appropriate powered handpiece Applications: - Maxillofacial surgery - Spinal surgery - Orthopaedic surgery - Excavation and shaping of bone tissue WARRANTY/RETURNS: -No warranty is expressed or implied with the sale of this item(s). -No returns on disposables, surgical implants or disposables. "The sale of this item may be subject to regulation by the U.S. Food and Drug Administration and local regulatory agencies. If so, do not bid on this item unless you are an authorized purchaser. If the item is subject to FDA regulation, I will verify your status as an authorized purchaser of this item before shipping of the item."
Specifications
| Manufacturer | MEDTRONIC POWERED SURGICAL SOLUTIONS |
| Model | MR8-7MH17 |
| Condition | New |
| Stock Number | DIS-00817 |
| Reference/Part No. | MR8-7MH17 |
| Diameter | 1.7 mm |
| Length | 7 cm |
| Material | High-grade steel shaft; hard metal/material cutting head |
| Intended Use | Excavation and shaping of bone tissue using an appropriate powered handpiece |
| Application | Maxillofacial, spinal, and orthopaedic surgery |


