DRH Obstetric Labour Table Telescopic Fixed (DRH-217) – Stable, Comfortable Table for Safe and Efficient Deliveries

The DRH Obstetric Labour Table Telescopic Fixed (DRH-217) is a medical device designed to support patients during labor and delivery. Its construction is based on a framework of rectangular mild steel tubes, providing a stable foundation. The tabletop is comprised of three sections made from stainless steel, offering a durable and hygienic surface.

This configuration allows for various patient positioning needs during the birthing process. The table's overall approximate dimensions are 1800mm in length, 675mm in width, and 750mm in height. The frame undergoes a pre-treatment process followed by an epoxy powder coating, enhancing its resistance to corrosion and wear.

An alternative configuration is available where the entire unit is constructed from stainless steel.

The functionality of the DRH Obstetric Labour Table Telescopic Fixed (DRH-217) is centered on its adjustability to accommodate different stages of labor and delivery. The Trendelenburg position, which elevates the patient's feet relative to their head, can be adjusted using either a screw mechanism or a pneumatic gas spring system. This feature can be beneficial for specific clinical scenarios.

The backrest section of the table is adjustable via a ratchet system, allowing for gradual and secure positioning. Furthermore, the leg end section is designed to slide underneath the main section, which can facilitate patient transfer and positioning. The height of the knee crutches, essential for supporting the patient's legs, is also adjustable, enabling customization for individual patient needs and caregiver access.

Key features of this obstetric table include its robust construction and multi-sectional design, which contribute to patient stability and comfort. The adjustable Trendelenburg and backrest positions provide clinical flexibility for healthcare providers. The sliding leg end section and adjustable knee crutches enhance the ergonomic design for both patient and medical staff.

The stainless steel top is chosen for its non-porous nature, facilitating effective cleaning and disinfection protocols, which are critical in healthcare environments. The telescopic fixed design ensures a consistent and secure base of support throughout procedures. The epoxy powder coating on the mild steel frame offers an additional layer of protection against environmental factors and regular use.

This obstetric labour table is intended for use by medical professionals in various healthcare settings. This includes hospitals, specialized obstetrics clinics, and maternity wards where labor and delivery services are provided. Patients undergoing labor and delivery will utilize the table.

Caregivers, such as nurses, midwives, and physicians, will interact with the table to position patients and perform necessary medical interventions. The design aims to support efficient workflow and patient care during the birthing process.

Typical applications for the DRH Obstetric Labour Table Telescopic Fixed (DRH-217) encompass the entire spectrum of labor and delivery. This includes routine vaginal births, as well as situations requiring specific patient positioning for monitoring or intervention. The adjustable features are designed to assist in managing different labor stages and to facilitate the delivery itself.

The table's stability and adjustability make it suitable for a range of obstetric procedures performed in a clinical setting. Its design prioritizes both the comfort of the birthing individual and the operational needs of the medical team.

Important usage notes for the DRH Obstetric Labour Table Telescopic Fixed (DRH-217) include adherence to the specified weight capacity to ensure structural integrity and patient safety. Regular cleaning and disinfection of the stainless steel surfaces are essential to maintain hygiene standards and prevent cross-contamination. Medical professionals should ensure all adjustable mechanisms are securely locked in place before and during patient use.

Periodic inspection of the frame, coating, and adjustment systems is recommended to identify any signs of wear or damage that could compromise functionality or safety. Proper training for staff on the operation of the adjustable features is advised.