Basic Specifications
Model NO.YSOT-3A
CertificationISO13485
Length1900±50mm
Width600±20mm
Height800±20mm
Back SectionUp ≥50° / Down ≥15°
Seat SectionUp ≥30° / Down ≥8°
Leg BoardUp ≥30° / Down ≥30°
Material304 Stainless Steel
Product Description
The YSOT-3A hydraulic obstetric bed is designed for versatile medical use, supporting standard procedures such as parturient delivery, prenatal examinations, operative abortions, and gynecological check-ups.
- Integrated Structure: The main bed and auxiliary bed are securely connected for seamless operation.
- Mobility: Equipped with four-foot wheels on the auxiliary bed for easy positioning.
- Safety: Includes a dedicated brake device to ensure stability during surgical procedures.
- Adjustability: Actions of the main bed are gear-adjusted, while the auxiliary bed utilizes a ratchet system for precision.
- Premium Material: Both the bed body and surface are constructed from high-quality 304 stainless steel for durability and hygiene.
Frequently Asked Questions
Q1: What are the primary applications for the YSOT-3A delivery bed?
A: It is ideal for parturient delivery, prenatal examinations, gynecological surgeries, and operative abortions.
Q2: What material is used in the construction of this medical bed?
A: Both the bed body and the surface are made of high-grade 304 stainless steel, ensuring corrosion resistance and easy sterilization.
Q3: How is the bed adjusted during surgery?
A: The main bed sections are adjusted via a gear system, while the auxiliary bed utilizes a ratchet adjustment system for ease of use.
Q4: Does the bed offer mobility and stability?
A: Yes, the auxiliary bed is equipped with four wheels for transport and a reliable brake device for fixed positioning during procedures.
Q5: What are the adjustable angles for the back and seat sections?
A: The back section can fold upward ≥50° and downward ≥15°. The seat section can fold upward ≥30° and downward ≥8°.
Q6: Is the auxiliary bed detachable or connected?
A: The main bed and auxiliary bed are connected to each other to provide a stable and continuous surface when required.