Smith & Nephew 21-0293 Richards Baby Inge Lamina Spreader

Smith & Nephew 21-0293 Richards Baby Inge Lamina Spreader

$225 (USD)

Available quantity:1

Description

The Richards Baby Inge Lamina Spreader is a surgical instrument used for controlled retraction of the lamina in tight surgical spaces. Condition: Used - Good Specifications: - Manufacturer: Smith & Nephew - Reference/Part No.: 21-0293 - Product Name: Richards Baby Inge Lamina Spreader - Length: 165 mm (approximately 6-1/2 inches) - Material: Surgical-grade stainless steel - Intended Use: Controlled and gentle retraction of the lamina - Application: Neurosurgery; infant or child anatomy This instrument is scaled for infant or child anatomy and measures 165 mm in length. It is constructed from durable, reusable surgical-grade stainless steel. Features: - Ratchet mechanism - Fine jaws for precise tension control - Scaled for infant or child anatomy - Durable surgical-grade stainless steel construction - Reusable design Applications: - Neurosurgery - Lamina retraction in tight surgical spaces - Procedures involving infant or child anatomy WARRANTY/RETURNS: -No warranty is expressed or implied with the sale of this item(s). -Buyer has 14 days to return or exchange (if inventory allows) the product(s). Buyer is responsible for all and any shipping costs/fees. Product must be returned in original, sterile, sealed packaging. "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

ManufacturerSmith & Nephew
Model21-0293
ConditionUsed
Stock NumberORT-00073
Reference/Part No.21-0293
Product NameRichards Baby Inge Lamina Spreader
Length165 mm (approximately 6-1/2 inches)
MaterialSurgical-grade stainless steel
Intended UseControlled and gentle retraction of the lamina
ApplicationNeurosurgery; infant or child anatomy