Hydraulic Mortuary Trolley MD-HMT-1002 features an adjustable lift height ranging from 400 mm to 1700 mm, accommodating various operational needs. The body tray size is 1940 mm × 580 mm, designed for secure and stable placement. The foot pedal operation provides effortless height adjustments for precise positioning. Our product exemplifies a balance of robustness and operational efficiency, setting a new standard for sophisticated mortuary equipment.
Specifications
| Adjustable lift height | 400 to 1700mm |
| Body tray size | 1940 × 580 mm |
| Scissors | 1 |
| Operation method | Foot pedal |
| Material | 304 Stainless-steel |
| Number of trays | 1 removable tray |
| Number of handles on tray | One on each side |
| Thickness of stainless steel | 1 mm |
| Wheel | 4 heavy duty swivel casters |
| Lowest position dimension | 2080 × 660 × 400 mm |
| Highest position dimension | 2060 × 660 × 1700 mm |
| Packing size | 2200 × 690 × 550mm |
| Carrying capacity | 200 kg |
| Weight | 124 kg |
Features
Precision Hydraulic Lifting
Reinforced Removable Tray
Heavy-Duty Mobility System
High Load-Bearing Capacity
Corrosion resistant material
Advanced Hydraulic Foot Control
Compact Logistical Optimization
Enhanced Structural Reinforcement
Applications
Hydraulic Mortuary Trolley MD-HMT-1002 is an advanced lift, designed for precision cadaver handling in hospitals, forensic labs, and funeral services, offering advanced hydraulic control, superior hygiene to optimize workflow efficiency and safety in medical setup.
Medical Deals Hydraulic Mortuary Trolley are an advanced patient transfer solution engineered for superior safety, efficiency, and ease of use. They utilize high-performance hydraulic system, ensuring smooth and precise lifting operation. The device features a wide range of adjustable arms, allowing for versatile positioning. These are equipped with reinforced safety locks to secure the patient during transfers. Our product compact design, coupled with durable construction, ensures both portability and long-lasting reliability in healthcare settings.