Provide a comprehensive suite of automated application solutions and services.
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ProductThe products are primarily applied across numerous fields, including the abrasive tools and materials industry, medical and hygiene materials industry, food and beverage packaging industry, disposable paper cup and bowl industry, robotics and non‑standard automation industry, among others.
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AboutIt is a high-tech enterprise that integrates the research, development, production, and sales of various non‑standard automated equipment.
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ServiceEngineers will provide each client with a complete set of optimal solutions, selecting the most suitable professional equipment tailored to your needs!
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NewsAuthoritative Perspective, Delivering Global Dynamics — Bridging the world with expertise and speed to connect information seamlessly.
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Contact UsEngineers will provide each client with a complete set of optimal solutions, selecting the most suitable professional equipment tailored to your needs!
Product Technical Specifications
1. Specification dimensions:
Length: 2000 (mm), width: 900 (mm), height: 500 (mm).
2. Function:
Bed backrest tilt: 0–70°, ±2°; bed leg tilt: 0–45°, ±2°.
3. Load-bearing capacity
Overall bed frame weight capacity: ≥240 kg.
4. Bed head, bed tail
① Made from high-strength engineering plastic via blow molding, featuring a smooth surface that is easy to clean;
② Adopts a hanging structure, offering high strength, excellent stability, and easy disassembly.
③ The connection points are equipped with metal stainless steel hooks that, with long-term use, will not rust, wear out, or break—ensuring safe, reliable, and convenient operation.
④ The head and foot of the bed can be freely disassembled without using any tools, and come with a one-piece medical record card holder.
5. Material
(1) The bed frame is made of carbon steel tubing with dimensions ≥40*60*1.5mm, and the bed legs are made of carbon steel tubing with dimensions ≥50*50*1.5mm.
(2) Bed board
① Made from high-quality cold-rolled steel tubing with a thickness of ≥1.0 mm, welded using carbon dioxide shielding, featuring excellent crack resistance and minimal welding deformation; the middle section of the bed frame is reinforced with stiffening ribs to enhance load-bearing capacity.
② The bed’s backrest features a double-support structure. The pivot point where the axis contacts the bed frame is reinforced with stiffening ribs that are connected to surrounding stiffening ribs, thereby distributing the patient’s weight evenly across the bed surface.
③ The bed slat connectors use steel connecting plates, with each plate being at least 2 mm thick. They are wear-resistant, operate silently, and are resistant to breakage.
6. Dual-direction protection joystick
Dual-directional protection joystick: The joystick features a stainless steel hand crank equipped with limit-stop devices that protect the joystick’s upper and lower limits—ensuring that when the backrest or leg section reaches its highest or lowest position, the joystick enters an idle state. This design effectively addresses the common issues of medical bed joysticks getting jammed due to the lack of such limit-stop mechanisms and the tendency of plastic joysticks to break easily. (All components of the joystick are made from specialized metals, guaranteeing the safety and reliability of the joystick system.) The central nut is crafted from an alloy material, offering a service life more than twice as long as those made from PP, plastic, copper, or iron. Combined with the dual-sided support structure on the backrest, this design significantly extends the lifespan of the screw mechanism.
7. Welding, spraying
The welding processes for hospital bed frames and bed components are all performed using robotic welding. This ensures that the entire bed frame is sturdy and robust, with stable and level corners. The bed frame undergoes a “double anti-rust surface treatment” involving more than ten processing steps, including an additional phosphating treatment. As a result, its anti-rust performance is more than twice that of conventional processes. The bed surface is coated with electrostatic powder coating applied by automated equipment, giving it a smooth, fine, and aesthetically pleasing finish that is both rust-resistant and durable.
8. Structure
a. Both the back and legs of the bed frame feature a double-support structure, significantly enhancing the bed’s load-bearing capacity. The rocker arm connection to the bed frame incorporates arc-shaped pressure-relief strips that reduce the downward pressure exerted by the bed frame on the rocker arm, thereby making the hospital bed’s main rocker system more durable and safer.
b. The headboard and footboard, as well as the connecting joints, are fitted with metal stainless steel hooks that won’t rust, wear down, or break—ensuring safe, reliable, and convenient use.
c. The middle section under the bed is equipped with two stainless steel bilateral drainage bag hooks, one on the left and one on the right.
d. The bed end panel is equipped with a plug-in combination medical record card holder.
e. The bed frame is equipped with four infusion stand sockets.
f. The corners of the bed are fitted with impact-resistant plastic corner guards to prevent collisions and eliminate safety hazards.
g. Equipped with a telescoping stainless steel infusion stand, with an adjustable height ranging from 1000 to 1600 mm.
h. The entire bed is welded using imported robots, ensuring an overall elegant and sophisticated appearance.
9. Guardrail
① Stainless steel foldable guardrail: The main guardrail posts are made of D-shaped aluminum alloy tubes with a diameter ≥30mm, and the vertical posts are made of stainless steel round tubes with a diameter ≥19mm. The installation method involves side-hole drilling, ensuring high strength and featuring a six-post support structure designed to prevent hand entrapment and minimize safety risks caused by accidental operation.
② All movable connections of the guardrail are made with steel components and feature ABS decorative covers, ensuring both safety and aesthetic appeal.
③ The guardrail switch mechanism components are manufactured using die-cast aluminum, offering high precision and excellent strength.
④ After the guardrail is raised, the top edge of the guardrail must be at least 350 mm above the bed surface, effectively reducing the risk of patients falling out of bed.
10. Caster wheels
Equipped with medical-grade, silent, externally-covered casters, each caster features an independent switch, and the caster brakes operate smoothly and effortlessly.
The caster brakes operate smoothly and effortlessly, and each caster has undergone rigorous rotation and swivel tests during the design phase. They offer flexible maneuverability, are corrosion-resistant, wear-resistant, and virtually silent.
11. Infusion stand: Telescopic, with three- or four-hook foldable design, made of stainless steel, and equipped with a rotary locking mechanism.
Keywords:
Abs plain-wheel corrugated double-rocker bed xd-1201
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Phone:+86-19714559999
Email:zzfhjx@zzfhjx.com
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