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APPLICATIONS

Cryosurgery

Get USP/Medical-grade liquid nitrogen, nitrous oxide, carbon dioxide, and argon for cryosurgery.

We offer precise real-time monitoring, mobile alerts, and predictive usage – reduce runouts so you have fewer costly, last-minute deliveries.

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doctor holding cryosurgery device

Gases Used in Cryosurgery

Cryosurgery FAQs

Learn more about our cryosurgery gases and the services we offer.

What is cryosurgery?

Cryosurgery is a process that uses extreme cold from industrial gases to destroy abnormal tissues (e.g., tumors, warts) through intracellular ice formation. Temperatures as low as -196°C enable controlled tissue destruction while minimizing damage to surrounding healthy tissue.

How do industrial gases enable cryosurgery?

Gases like liquid nitrogen and nitrous oxide provide rapid cooling for controlled tissue destruction in cryosurgery. These gases are delivered through specialized cryoprobes that precisely control the freezing process.

What are the benefits of using industrial gases for cryosurgery?

Cryosurgery using industrial gases is minimally invasive, which reduces scarring and infection risk compared to traditional surgery. Additional benefits include precise targeting of specific tissues and rapid recovery times.

How is liquid nitrogen used in cryosurgery?

Liquid nitrogen is applied either by spraying or dabbing for surface lesions like actinic keratosis, or via specialized probes for deeper tumors. It achieves rapid tissue freezing in 10-30 seconds, making it ideal for both benign and malignant lesion treatment.

What role does nitrous oxide play in cryosurgical procedures?

Nitrous oxide serves as a refrigerant gas in cryosurgical procedures, helping rapidly freeze targeted tissues. It expands and cools upon release, reaching temperatures around −89°C to destroy abnormal or diseased cells.

What technical considerations should be made when using gases for cryosurgery?

Storage requirements vary by gas, with liquid nitrogen requiring specialized cryogenic tanks and nitrous oxide using pressurized cylinders. Equipment selection is application-specific, with spray devices being common for outpatient dermatology and MRI-compatible probes for cancer ablation.

What safety precautions should be taken when using cryosurgical gases?

Direct contact with cryogens can cause tissue damage or frostbite, which makes proper training and personal protective equipment essential. Adequate ventilation is also critical when using nitrous oxide to prevent oxygen displacement.

Can carbon dioxide be used as an alternative to other cryosurgical gases?

Carbon dioxide reaches temperatures of -79°C, which makes it suitable for milder applications like superficial lesions but less effective for deep tissue freezing. While CO₂ offers a safer alternative to nitrous oxide with higher exposure limits, it may not achieve the extreme cold necessary for certain procedures.

Dependability delivered

Dedicated Account Management

From the first walkthrough to delivery and beyond, our team is always ready to serve.

Custom Installation & Equipment Setup

Our gas experts walk through your setup to build systems that prioritize safety and efficiency.

World-Class Lab & Gas Packaging

No matter the volume or type of gas, our state-of-the-art labs and highly-skilled production teams deliver.

Unparalleled Delivery Service

Our drivers consistently perform in high-pressure environments and champion things such as customer care, road, and onsite safety.

Cylinder Tracking & Telemetry

Stop paying rent on cylinders that aren’t in your possession. And enjoy sustainable service with less deliveries thanks to telemetry’s mobile alerts, real-time measurements, and usage trends.

Online Ordering & Account Management

The days of chasing invoices and updating billing info are gone — access your account and re-order with confidence (and ease).

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