Horizontal High Pressure Autoclave for Steam Sterilization with Stainless Steel Chamber
Product Specification Sheet
Horizontal High Pressure Autoclave for Steam Sterilization with Stainless Steel Chamber
Model Number: MTH-216
The horizontal high pressure autoclave is a robust sterilization system designed for efficient steam sterilization of medical instruments and materials. It ensures complete elimination of microorganisms, making it ideal for hospitals, laboratories, and surgical centers. Built with durable stainless steel chambers, it offers reliable and long-term performance. Micro Technologies provides this autoclave as a high-quality solution for professional sterilization needs.
Product Specification
The horizontal high pressure autoclave for steam sterilization with stainless steel chamber is engineered to deliver efficient and reliable sterilization using high-pressure steam. It is suitable for sterilizing dressings, surgical instruments, and laboratory materials, ensuring hygienic and safe usage.
Both the inner and outer chambers are made from heavy gauge 304-grade stainless steel, ensuring strength, corrosion resistance, and durability. The lid is also constructed from seamless heavy gauge stainless steel, providing secure sealing during operation. The unit includes a powder-coated mild steel ring for additional structural support.
Equipped with a single-phase heating element (4kW/6kW), the autoclave ensures consistent heat generation and effective sterilization. Available in multiple sizes, it meets the needs of different healthcare and laboratory environments. Micro Technologies ensures superior manufacturing quality, delivering a durable and efficient sterilization solution.
The horizontal autoclave is also suitable for training institutes, helping students understand sterilization processes and medical equipment handling.
Features
- High pressure steam sterilization system
- Inner and outer chambers in 304-grade stainless steel
- Seamless heavy gauge stainless steel lid
- Powder-coated mild steel ring
- Efficient heating with 4kW/6kW element
- Available in multiple sizes
- Durable and corrosion-resistant construction
Benefits
- Ensures complete sterilization of medical materials
- Enhances hygiene and safety in healthcare environments
- Provides reliable and consistent performance
- Durable design for long-term use
- Ideal for hospitals, labs, and surgical centers
Product Specifications
| Specification | Details |
|---|---|
| Product Name | Horizontal High Pressure Autoclave |
| Model No. | MTH-216 |
| Type | Steam Sterilization Equipment |
| Chamber Material | 304 Grade Stainless Steel |
| Lid Material | Seamless Heavy Gauge Stainless Steel |
| Outer Body | Mild Steel (Powder Coated) |
| Heating Element | 4kW / 6kW (Single Phase) |
| Operation | High Pressure Steam |
| Sizes | Multiple Sizes Available |
| Usage | Hospitals, Laboratories, Clinics |
FAQs
What is a horizontal high pressure autoclave used for?
A horizontal high pressure autoclave is used for sterilizing medical instruments, dressings, and laboratory materials using steam under pressure. It ensures complete elimination of bacteria and viruses. It is widely used in hospitals and labs.
What is the advantage of a horizontal design?
The horizontal design allows easy loading and unloading of instruments, especially in high-capacity environments. It improves workflow efficiency and handling. It is ideal for larger sterilization requirements.
Why is stainless steel used in the chamber?
Stainless steel provides corrosion resistance, durability, and hygiene. It can withstand high temperature and pressure conditions. This ensures long-lasting and safe operation.
Is this autoclave suitable for large hospitals?
Yes, this autoclave is ideal for large hospitals, laboratories, and surgical centers. Its multiple size options and high capacity make it suitable for professional use.
Why Choose Our Products
- Advanced sterilization technology for safe operation
- Durable and reliable stainless steel construction
- High performance for professional use
- User-friendly design for efficient handling
