Product Overview
The MCM0122 Human Body Incinerator is a complete cremation system designed for funeral homes, cremation centers, and mobile cremation facilities. It combines a four-stage combustion process, automatic temperature control, automatic ignition, and electric bed operation in one integrated unit.
The system is built for repeated high-temperature operation. For projects with limited space or temporary needs, the complete unit can be installed inside a 40 HQ container.
Clinical Applications
Application Scenario | Role of the MCM0122 |
Funeral Homes & Cremation Facilities | Designed for routine human cremation in funeral homes, cremation centers, and related funeral service facilities. |
Temporary & Mobile Cremation Facilities | The system can be installed inside a 40 HQ container, offering an alternative deployment format when additional or temporary cremation capacity is required. |
Core Features
1. Four-Stage Combustion Technology
The MCM0122 uses a four-stage combustion process to support both human cremation and further combustion of the smoke and gases generated during operation:
l First-stage combustion: Direct combustion takes place in the primary chamber. A hot-blast oxygen supply works with the main burner to support combustion of the body and initially generated smoke and gases.
l Second-stage combustion: Smoke and gases enter the secondary combustion chamber, where the chamber structure promotes further collision, decomposition, and oxidation.
l Third-stage combustion: When the temperature is below 700°C, the burner operates to strengthen combustion. Above 700°C, the high-temperature gases continue burning with an appropriate oxygen supply.
l Fourth-stage combustion: Remaining gases pass through the gas pathway and underground smoke channel for further flameless combustion before discharge.
2. Separate Primary and Secondary Combustion Chambers
The system uses separate primary and secondary combustion chambers for different stages of the cremation process.
l The primary chamber performs the main cremation process.
l The secondary chamber provides a dedicated space for further combustion of smoke and gases produced in the first chamber.
The main chamber is equipped with a 400,000 kcal combustor, while the secondary chamber uses a 100,000 kcal combustor.
3. High-Temperature Furnace Operation
l Main combustion chamber: 700–900°C
l Secondary combustion chamber: 900–1100°C
l Main chamber maximum temperature resistance: 1200°C
l Secondary chamber maximum temperature resistance: 1400°C
These operating ranges correspond to the different combustion stages in the primary and secondary chambers.
4. Automatic Temperature Control and Ignition
The MCM0122 features automatic temperature control and automatic ignition for easier startup and temperature management during operation.
5. Electric Cremation Bed Control
The cremation bed uses an electric control system, allowing controlled bed movement during loading and cremation.
6. 40 HQ Container Installation Option
The MCM0122 can be installed inside a 40 HQ container. This integrates the cremation equipment into a compact layout and offers a flexible alternative to a conventional fixed cremation room.
It is suitable for:
l Temporary cremation capacity
l Mobile cremation facilities
l Space-efficient deployment
7. Heat-Resistant Furnace Construction
l Outer shell: High-grade stainless steel
l Furnace lining: High-alumina refractory bricks
l Insulation layer: Ceramic fiber
These materials form a heat-resistant furnace structure suitable for repeated high-temperature operation.
8. 35–50 Minute Cremation Cycle
The MCM0122 has a continuous cremation time of 35–50 minutes per set, followed by an average cooling time of 15–20 minutes per set.
This cycle provides a practical basis for planning cremation schedules and equipment turnaround during routine operation.
Technical Specification
Parameter | Specification |
Model | MCM0122 |
Overall Dimensions (L × W × H) | 5300 × 2400 × 3200 mm |
Furnace Size (L × W × H) | 2200 × 800 × 700 mm |
Main Combustion Chamber Combustor | 400,000 kcal |
Secondary Combustion Chamber Combustor | 100,000 kcal |
Main Combustion Chamber Working Temperature | 700–900°C |
Main Chamber Maximum Temperature Resistance | 1200°C |
Secondary Combustion Chamber Temperature | 900–1100°C |
Secondary Chamber Maximum Temperature Resistance | 1400°C |
Temperature Control Method | Automatic |
Fuel | Light diesel |
Voltage | 220V or 380V, customizable |
Fan Power | <4 kW |
Total Installed Power | <10 kW |
Average Energy Consumption | 5–10 kg/pcs |
Incineration Bed Control Method | Electric |
Ignition Method | Automatic |
Continuous Cremation Time | 35–50 minutes/set |
Average Cooling Time | 15–20 minutes/set |
Machine Noise | <65 dB |
Design Life | 15 years |
Shell Material | High-grade stainless steel |
Furnace Material | High-alumina refractory bricks |
Insulation Material | Ceramic fiber |
