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Oscillating Autopsy Saw

Price 30.0 INR/ Piece

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MOQ : 1 Piece

Oscillating Autopsy Saw Specification

Classification
Medical Equipment

Power
Electrical - 150W

Operate Method
Handheld, Electric

Usage
Medical Anatomy Instrument

Material
STAINLESS STEEL

Voltage
220V

Application
Medical Anatomy Instrument

Capacity
Heavy Duty, Continuous Operation

Dimension (L*W*H)
Approx. 260mm x 70mm x 60mm

Product Type
Oscillating Autopsy Saw

Weight
Approx. 1.2 kg

Color
Silver

Noise Level
Below 70 dB

Protection Class
IPX4

Cutting Depth
Up to 18 mm

Compliance
CE Certified

Sterilization
Autoclavable

Speed
Up to 14,000 oscillations/min

Safety Feature
Double Insulated

Blade Type
Oscillating Stainless Steel Blade

Cord Length
2 meters

Handle Type
Ergonomic Grip

Oscillating Autopsy Saw Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash on Delivery (COD), Cash Advance (CA), Cheque, Telegraphic Transfer (T/T), Letter of Credit (L/C)

Packaging Details
Carton Box, Export Quality also Available

Main Export Market(s)
Asia, Middle East, Africa

Main Domestic Market
All India

Certifications
ISO 9001, 14001, CE

About Oscillating Autopsy Saw

Specification:

To be used to open skulls during autopsy

Model and brand of the instrument stated

A specific catalogue/brochure for the instrument tobe supplied

Accessories include a wrench and hexagon screwdriver

Weigh between 1.7kg to 2.0kg

Power supply of 220 volts to 240 volts

Frequency of 50 to 60 HZ

The motor protected by plaster dust

A repair and operational manual

Able to fit tungsten carbide blades

Able to fit a 50mm circular saw blade, 65 mmcircular saw blade and a segment saw blade

Up to 40 Compatible blades can be supplied with theautopsy saws (PROVIDE ONE TYPE

OF BLADE)

Superior Cutting Efficiency

Equipped with a high-speed oscillating stainless steel blade, the autopsy saw delivers precise and effortless anatomical cuts. Its capacity for continuous operation and heavy-duty usage ensures optimal productivity in laboratory or clinical settings.

User Comfort and Safety Focus

Engineered with an ergonomic grip and double insulation, this saw maximizes operator safety and reduces fatigue during prolonged procedures. IPX4 protection shields against water ingress, while its low-noise feature fosters a comfortable working environment.

Sterilization and Compliance Assurance

The autopsy saw is autoclavable, supporting thorough sterilization processes. Certified to CE medical equipment standards, it guarantees reliability, safety, and regulatory compliance for medical facilities and research institutions.

FAQ's of Oscillating Autopsy Saw:

Q: How is the Oscillating Autopsy Saw sterilized for safe clinical use?

A: The saw is autoclavable, meaning it can be safely sterilized in an autoclave, ensuring hygienic standards for repeated use in medical and anatomical procedures.

Q: What safety features are included in the design?

A: The instrument features double insulation and IPX4 protection to guard against electrical shocks and water ingress, alongside an ergonomic handle to reduce operator strain.

Q: When should the Oscillating Autopsy Saw be used in medical settings?

A: This autopsy saw is intended for use during anatomical dissections and autopsies, particularly when precise, efficient bone sectioning is required in clinical and academic laboratories.

Q: Where is the product manufactured and compliant for use?

A: This saw is manufactured in India and complies with CE certification standards, making it suitable for international medical environments.

Q: What is the process for operating the autopsy saw?

A: To use, connect the saw to a 220V power supply, grip the ergonomic handle securely, and activate the device for handheld operation. Its electrical system delivers up to 14,000 oscillations per minute for efficient cutting.

Q: What benefits does the oscillating blade provide over traditional saws?

A: The oscillating stainless steel blade ensures smoother, more precise cuts, minimizes noise below 70 dB, and reduces tissue damage, contributing to improved outcomes in medical anatomy procedures.