Toyota Hiace Ambulance Catalog
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PRODUCT ASSIGNMENT PROJECT NAME: Toyota Hiace Ambulance The Toyota Hiace Ambulance is designed to provide fast transportation for the rescued patient. The Hiace as assembled on a Toyota chassis and it is made up of lightweight polyurethane panels with high strength and great insulation, which successfully minimizes heat, cold, and noise transfer.

Technical Specifications (LHD) TOYOTA HIACE GL CARGO VAN STD ROOF 3.5L PETROL,M/T, MY22 3.5L Mid-M/T Petrol Basic Information Base Model ITEM MODEL NAME MODEL CODE BODY TYPE GROSS VEHICLE WRIGHT (kgs) FUEL TANK CAPACITIY Ltrs. ENGINE & DRIVETRAIN 3.5L, V6, 24 VALVE DOHC, VVT-i FUEL TYPE EURO EMISSION CERT TIRE SIZE GRAY PAINTED URETHANE STEERING WHEEL

AmbulanceMed Toyota Hiace Ambulance. This ambulance is built on a Toyota Hiace chassis and provides a comfortable and well-equipped atmosphere for medical teams as well as easy transportation for patients. This advanced Hiace Emergency Vehicle offers engineering excellence with the particular demands of the medical sector, providing exceptional patient care in emergencies.

Product Description Toyota Hiace Ambulance This Type ambulance is designed by prominent Toyota ambulance manufacturers. It meets the highest standards in the sector with its features. The design of the patient section gives space for medical equipment and supplies, which makes it easy for medical staff to access during emergencies. The high roof and length improve its mobility and adaptability, enabling transportation through cities or difficult areas. Everything is carefully inspected inside the Toyota Ambulance. The structure provides efficient operations during crucial times, while...

Product Description Toyota Hiace Ambulance The framework of the high roof van is constructed of steel profiles which are welded precisely and securely to the car’s chassis, ensuring that any future disassembly and repair may be done easily and without problems. Stone-wool insulating material is inserted into the framework gaps to effectively protect its interior against external heat, cold, and noise transmission from the ground, consequently keeping a steady and comfortable interior temperature. The cabinets and drawers in the internal areas are made of free-foam material, which is...

Technical Specifications The Specifications Of The Vehicle and Manufacturing Process. OXYGEN SYSTEM Oxygen Cylinder Pressure Regulator Pressure from 150 bar, flow 0-15 liters/minute Pneumatic Connector Tee Connector and normal Pipe Connector Opening and Closing Oxygen Cylinder Oxygen Concentrator Used as a drainage system. Main External Body The external body of this structure is meticulously crafted using Polyurethane panels for both the body and doors. Polyurethane is chosen for its exceptional mechanical properties, boasting high strength, lightweight characteristics, and excellent...

Technical Specifications The Specifications Of The Vehicle and Manufacturing Process. The flooring will be coated with epoxy, a durable, antibacterial material that offers a smooth, easily cleanable surface with zero humidity retention. Epoxy outperforms conventional flooring systems in terms of longevity, as it is highly resistant to cracking and chipping. This superior resilience ensures that accidental tool drops or impacts will not cause damage to the floor. Roof Structure The framework consists ofST-37 30*20 profiles steel meticulously welded and securely bolted to the roof’s...

Technical Specifications The Specifications Of The Vehicle and Manufacturing Process. ELECTRICAL SYSTEM A battery of 100A 12V~, 50/60 Hz for alimenting the patient compartment purpose 2000 Watt Sine regulate and boost the battery’s voltage Sockets And Light Sockets For medical equipment utility purpose Patient Compartment Lighting The patient’s cabin is equipped with advanced LED lighting, providing a well-illuminated and comforting environment for both patients and medical professionals. Additionally, spotlight LED lights strategically placed around the stretcher area offer enhanced...

MATERIALS Materials used for the manufacturing process will be quote here along with their mechanical, physical characteristics. Materials play a very crucial role in manufacturing and the quality of the product life. Every material was chosen according to their properties and the studies done in other to achieve this excellent result with high quality.

Materials List Sandwich Panel Made of Polyurethane, it’s chosen for its exceptional mechanical properties, boasting high strength, lightweight characteristics, and excellent insulation, effectively preventing the transfer of heat, cold, and noise. The composition of 5254 aluminum is known notable for containing a comparatively high amount of magnesium (Mg). Magnesium promotes hardenability through both heat treatment and strain hardening mechanisms. It also increases susceptibility to intergranular corrosion. Vekaplan S Material Freefoam A freefoam variant known for its exceptional...

Materials List Carbon Steel Sheet Composite Panel CHARACTERISTICS 314 grade is a fully austenitic stainless steel containing 25% Cr, 20% Ni and 1.8% Si. The alloy is designed for high temperature corrosion resistance applications even in severe conditions. Carbon additions are optimized in order to increase creep properties and mechanical properties. Carbon and low alloy steel plate covers carbon steel plate and low alloy high strength steel plate. The carbon steel, also called mild steel, has a wide range of restrictions on carbon content, performance range, phosphorus, sulfur and other...

Materials Used Description Stainless Steel 314 314 grade is a fully austenitic stainless steel containing 25% Cr, 20% Ni and 1.8% Si. The alloy is designed for high temperature corrosion resistance applications even in severe conditions. Carbon additions are optimized in order to increase creep properties and mechanical properties. Carbon Steel Sheet Carbon and low alloy steel plate covers carbon steel plate and low alloy high strength steel plate. The carbon steel, also called mild steel, has a wide range of restrictions on carbon content, performance range, phosphorus, sulfur and other...