Plasma Sterilizer Manufacturers

INSTECH SYSTEMS specializes in low-temperature plasma sterilization technology, offering efficient solutions for sterilizing medical devices. Their plasma sterilizer utilizes hydrogen peroxide gas, converted into plasma through electromagnetic fields, ensuring rapid and effective sterilization cycles while being environmentally friendly. The units are designed for easy installation without requiring site modifications and feature user-friendly interfaces. Suitable for various materials, including plastics and metals, INSTECH’s products are recognized for their performance and safety in healthcare settings. Established in 1995, INSTECH is ISO certified and serves both domestic and international markets.

“INSTECH SYSTEMS” Low Temperature Plasma Sterilization is ideal for sterilizing medical devices in a cost, time, and energy-efficient way.

INSTECH SYSTEMS offers a low-temperature plasma sterilizer with the latest technology and excellent performance. rapid sterilization cycle, environmentally friendly, easy installation (no site modification), safe usage for staff and patients.

INSTECH products come with a user-friendly touch interface and USB interface.

  • Consumables
  • Incubator
  • Biological Indicator
  • Chemical Indicator Strip
  • Automatic sealing machine
  • Tyvek Pouch SMS Wrapping sheet Tray
  • Soft lumen
  • H2O2 container
Plasma Sterilizer Manufacturers
Download PDF
Get Plasma Sterilizer Quote

H2O2 Plasma Sterilizer: How It Works

An H2O2 plasma sterilizer, also called a hydrogen peroxide sterilizer, works in a vacuum chamber at low temperature. Hydrogen peroxide vapour is first diffused around the load, then radio frequency energy converts the vapour into plasma, which destroys microorganisms on compatible instruments. Because the process avoids high heat and steam, it suits many heat- and moisture-sensitive devices.

INSTECH low temperature plasma sterilizers utilize strong electro magnetic fields to create a hydrogen peroxide plasma cloud. The plasma sterilization machine process has two stages: diffusion and plasma.

  • Diffusion: Unsterilized objects are placed into a vacuum chamber. Hydrogen peroxide vapor is injected and left to diffuse throughout the chamber for a specific time.
  • Plasma: Specific radio frequencies are introduced into the chamber converting vapor to plasma.

Plasma Sterilizer Manufacturer in India

Plasma sterilizers use low-temperature plasma gas to create highly reactive molecules that destroy microorganisms. Unlike traditional sterilization methods, such as heat or chemicals, plasma sterilizers offer several advantages. They are faster, more efficient, and require less energy to operate. Additionally, they can sterilize sensitive materials that are damaged by heat or chemicals, such as electronics and medical devices. The future of sterilization lies in the unlocking of the potential of plasma sterilizers. With their ability to provide effective and efficient sterilization, these innovative devices hold great promise for a safer and cleaner world.

Low Temperature Sterilizer for Heat-Sensitive Instruments

Our low temperature sterilizer operates at an internal chamber temperature of 40°C-55°C, so instruments that cannot withstand steam autoclaving can be processed safely. Always confirm instrument compatibility with the device manufacturer’s sterilization instructions before loading.

Plasma Sterilizer for Hospitals

Hospitals use plasma sterilizers to process heat- and moisture-sensitive instruments such as endoscopic accessories and delicate surgical devices between cases. Instech offers two chamber sizes: the PVS60 (60 L) for lower-volume departments and the PVS130 (130 L) for higher instrument loads. Both feature a 7″ touch-screen interface, USB connectivity and cycle times of roughly 20-60 minutes, depending on the model.

CSSD Plasma Sterilizer

A CSSD plasma sterilizer fits into the Central Sterile Supply Department as the low-temperature option alongside steam sterilizers and washer disinfectors. Instruments that cannot go into an autoclave are packed in compatible pouches, processed in the plasma chamber and released for use. Instech supplies the full CSSD line, including HPHV steam sterilizers, standard washer disinfectors and ETO sterilizers.

Materials suitable for INSTECH low temperature plasma sterilizer include:

  • Acetal Resins
  • Aluminium
  • EVA (Ethyl – Vinyl -acetate)
  • Glass
  • Kraton
  • Polycarbonate
  • Polyethylene
  • Polyetherimide
  • PMMA
  • Polymer
  • Polyolefin
  • PP (Poly – Propylene)
  • Polystyrene
  • Polyurethane
  • PVC(Poly Vinyl Chloride)
  • Stainless Steel
  • Teflon
  •  Titanium

Specifications (PVS60 vs PVS130)

SpecificationINSTECH PVS60INSTECH PVS130
External Dimensions (L×W×H)1060 × 860 × 940 mm650 × 1660 × 1510 mm
Chamber Dimensions (L×W×H)320 × 432 × 420 mm652 × 790 × 330 mm
Weight470 KG270 KG
Chamber Capacity60 L130 L
Control Interface7" LCD (Touch Screen)7" LCD (Touch Screen)
External Temperature25°C – 40°C25°C – 40°C
Internal Temperature40°C – 55°C40°C – 55°C
Humidity30% – 80%30% – 80%
Rated InputAC 220V / 50 HzAC 220V / 50 Hz
Rated Power3.6 kW2.5 kW
Cycle Period~30–60 mins~20–60 mins

Frequently Asked Questions (FAQs)

India has several manufacturers and suppliers offering low-temperature plasma sterilization systems for hospitals, clinics, laboratories, and medical-device applications. Instech Systems provides plasma sterilization solutions designed for the controlled sterilization of suitable heat- and moisture-sensitive medical instruments. The right system depends on chamber capacity, application, cycle requirements, and safety features.

A reliable plasma sterilizer can be purchased from specialized medical sterilization equipment manufacturers and suppliers in India. Instech Systems offers plasma sterilization equipment for healthcare and medical applications. Before purchasing, buyers should consider chamber capacity, sterilization technology, cycle performance, safety features, installation requirements, warranty, and after-sales support.

Choose a plasma sterilizer manufacturer based on product specifications, manufacturing experience, sterilization technology, safety features, technical support, installation assistance, and after-sales service. It is also important to check whether the equipment is suitable for the instruments and workload of your facility. A manufacturer should be able to provide technical specifications and guidance for selecting the appropriate model.

The cost of a hospital-grade plasma sterilizer in India varies according to chamber capacity, automation, hydrogen peroxide delivery system, control features, safety systems, and customization. Smaller systems generally have different pricing from high-capacity hospital units. For an accurate price, the required chamber size, application, and specifications should be shared with the manufacturer for a customized quotation.

Plasma sterilizer after-sales and maintenance services are generally provided by manufacturers and specialized medical equipment service providers. These services may include installation support, preventive maintenance, troubleshooting, calibration, replacement of components, and technical assistance. Choosing a supplier with accessible technical support can help maintain consistent equipment performance.

Low-temperature plasma sterilization is a sterilization method designed for medical instruments and materials that may be damaged by high temperatures or excessive moisture. The process commonly uses hydrogen peroxide and plasma technology to achieve microbial inactivation at relatively low temperatures, making it suitable for many heat-sensitive medical devices.

A hydrogen peroxide (Hâ‚‚Oâ‚‚) sterilizer is a low-temperature sterilization system that uses vaporized hydrogen peroxide to eliminate microorganisms from compatible medical instruments and equipment. In an Hâ‚‚Oâ‚‚ plasma sterilizer, hydrogen peroxide is introduced into the sterilization chamber and converted into reactive species using plasma energy. These reactive species damage the cellular components of microorganisms, helping achieve effective sterilization at low temperatures.

Plasma sterilization offers low-temperature processing, making it suitable for many heat- and moisture-sensitive medical devices. It can provide relatively short cycles, leaves minimal residues under properly controlled conditions, and does not rely on high-temperature steam. It is commonly considered for compatible surgical instruments, equipment with sensitive materials, and devices that require low-temperature sterilization.

Plasma sterilization has certain limitations. Not every medical instrument or material is compatible with the process, and device manufacturers’ sterilization instructions must be followed. Some complex or restricted instrument geometries may require specific processing considerations. The equipment can also involve higher initial investment and requires trained personnel, proper maintenance, and compatible consumables.

Plasma sterilization can be suitable for various heat- and moisture-sensitive medical instruments, including certain surgical instruments, endoscopic accessories, and compatible devices made from materials such as stainless steel and specific polymers. Compatibility depends on the instrument design, material, packaging, and manufacturer’s sterilization instructions. Each device should be checked for validated compatibility before processing.

When choosing a plasma sterilizer for a hospital, consider chamber capacity, sterilization cycle time, instrument compatibility, temperature requirements, safety features, ease of operation, monitoring systems, and after-sales service. The sterilizer should be selected according to the hospital’s workload and the types and volume of medical instruments that need low-temperature sterilization.