Quality Control

Technology

Manual medical beds have evolved significantly, offering user-friendly designs and robust safety features. Recent advancements include integrating robotic precision, enhancing structural integrity. A key innovation is 360° full smooth welding, where robots perform continuous welds around joints. This creates seamless connections, eliminating weak spots. As a result, the bed withstands repeated use and patient movements. Moreover, a 5.0mm thick stamped rotating plate forms the bed’s base. This solid plate ensures stability and avoids sharp edges, adding to the bed’s durability. These technological improvements are crucial in healthcare, where equipment reliability is vital.

Safety Standards

Manual medical beds must meet strict safety standards. They comply with ISO 13485:2016, ensuring consistent quality in manufacturing. They also adhere to ISO 9001:2015, focusing on quality management and continuous improvement. Additionally, the CE mark shows compliance with European health and safety regulations. Together, these certifications ensure that a manual medical bed is safe and reliable. These standards confirm its readiness for use in various healthcare environments.

Design

Frame Durability

The design of manual medical beds combines advanced materials for strength. An 11-step epoxy painting process ensures a robust surface. This process results in a hygienic finish, reducing infection risks. The paint thickness is set at 0.12mm, offering both protection and flexibility. With a 60° brightness, the surface is easy to clean. The impact resistance is impressive, withstanding up to 50kg without damage. This strong design ensures patient safety and comfort, making it suitable for medical use.

Framework

Platform Features

The platform of a manual medical bed is designed for both comfort and practicality. Using a stamping technique, it has a smooth surface without welding scars. This makes cleaning easy and limits bacterial growth. The platform can support up to 250KG, catering to a wide range of patients. Facilities can choose an ABS platform, which is lightweight yet strong, or a resin X-ray translucent platform. This allows X-rays without moving the patient, making diagnostics easier. These design options show the bed’s versatility in patient care.

ABS Bed End with Safe Lock

The ABS bed end highlights a focus on safety and adaptability. Made from virgin ABS plastic, it is strong and easy to sterilize. It can withstand temperatures up to 100°C, crucial for infection control. The plastic’s tensile strength of 30MPa ensures it resists daily use. A removable design allows quick access in emergencies, enabling fast patient transfers. This feature enhances the manual medical bed’s efficiency during critical care.

PP Side Rail Design

The PP side rail is a key safety feature on a manual medical bed. With a height of 380mm, it prevents patient falls. Made from durable polypropylene (PP), the rails are lightweight and easy to clean. A damped lift design enables smooth, controlled raising and lowering. This reduces sudden movements, protecting patients and easing caregiver tasks. The design blends patient safety with ease of use.

Functionality

Trendelenburg and Reverse Trendelenburg

Manual medical beds often include positioning features like Trendelenburg and Reverse Trendelenburg. These functions tilt the bed up to 12°, aiding in various medical situations. Trendelenburg raises the legs above heart level, which can help manage shock. Reverse Trendelenburg elevates the head, supporting respiratory and digestive health. Smooth transitions between these positions enhance patient care, avoiding abrupt movements.

Back Section Adjustment

Back section adjustment enhances comfort and supports medical procedures. It allows the backrest to rise up to 75°, providing optimal positioning. Patients benefit from better breathing, circulation, and comfort. Caregivers can easily adjust this feature with a manual crank. This adjustment mechanism ensures ergonomic care, reducing the need for patient transfers. The 75° range caters to diverse medical needs, improving overall patient experience.

Leg Section Adjustment

The leg section adjustment offers comfort and therapeutic benefits. It adjusts up to 35°, supporting conditions like edema and improving circulation. This feature is vital for post-surgery recovery, where specific leg positions are needed. A manual crank allows smooth adjustments, preventing strain. The flexibility of this adjustment makes it suitable for a variety of clinical needs.

Whole Bed Height Adjustment

Adjustable bed height is essential for patient and caregiver comfort. The bed height ranges from 455mm to 745mm, making transfers easier. A lower height helps patients get in and out safely. A higher setting is useful for treatments, reducing caregiver strain. Adjustments are made using a manual crank or hydraulic mechanism, offering smooth changes. This flexibility improves patient safety and aids healthcare professionals.

Accessories Details

ABS Hand Crank System

The ABS hand crank system combines user-friendliness with durability. The metal crank is encased in ABS, providing strength with a lightweight feel. It folds away when not in use, ensuring a clutter-free space. Tested for 100,000 rotations, it guarantees long-term reliability. Each crank controls a specific bed function, allowing precise adjustments. An alert signals when maximum positions are reached, preventing overextension and ensuring safety.

Casters

Casters are crucial for smooth movement in healthcare settings. Each 5-inch double-sided caster is designed for easy navigation. They endure dynamic testing, supporting loads of 120kg over 30 kilometers. The anti-winding design prevents debris from affecting wheel rotation. The casters’ corrosion-resistant materials ensure long-lasting performance. These features make transport within medical settings smooth and reliable.

Central Locking Pedal System

The central locking pedal system enhances bed safety. Pedals on both sides of the bed enable easy access. A single step locks all casters simultaneously, securing the bed. This system improves efficiency during emergencies, where time is critical. Tested for 10,000 uses, the pedal system ensures consistent performance. It provides a safer environment by preventing unintended bed movements.

IV Pole and Previsions

The IV pole is a vital accessory for patient care. Made from stainless steel, it resists corrosion and supports up to 15kg. The bed has four prevision slots for the pole, offering flexibility in placement. This allows medical staff to position the IV pole for optimal access. The design ensures that it does not interfere with other equipment, improving patient care.