Oxygen plays a vital role in artistic and industrial glassworking processes such as glass blowing, bead making, and lampworking. The quality, consistency, and availability of oxygen directly influence flame temperature, color clarity, melting efficiency, and overall productivity. With growing demand for precision and cost efficiency, many studios and workshops are now shifting to on-site oxygen generation systems as a reliable alternative to cylinders and liquid oxygen.

Why Oxygen Is Essential in Glass Working Applications

In glass blowing and lampworking, oxygen is used to intensify combustion when mixed with fuels such as propane or natural gas. Higher oxygen concentration produces:

• Hotter and cleaner flames
• Faster glass melting and shaping
• Improved color brilliance and clarity
• Reduced soot and flame impurities
• Better control over flame chemistry

For bead makers and lamp workers, consistent oxygen pressure and purity are especially critical for intricate designs and repeatable results.

Traditional Oxygen Supply Challenges

Many glass studios rely on oxygen cylinders, which come with several limitations:

• Frequent cylinder replacement and refilling
• Rising oxygen and transportation costs
• Inconsistent pressure affecting flame stability
• Storage space and safety concerns
• Production downtime due to empty cylinders

These challenges often restrict creativity and productivity, especially for growing studios or commercial glass operations.

What Is On-Site Oxygen Generation?

On-site oxygen generation systems use PSA (Pressure Swing Adsorption) technology to separate oxygen from ambient air and supply it directly to torches and burners. The system generates oxygen on demand, eliminating the need for external deliveries.

Typical oxygen purity ranges from 90–95%, ideal for glass blowing, bead making, and lampworking applications.

Applications in Glass Blowing & Lampworking

• Artistic glass blowing studios
• Bead making workshops
• Lampworking and flame working studios
• Glass art schools and training centers
• Small-scale commercial glass production units

Systems are designed for easy installation and quiet operation—perfect for studio environments.

Oxygen Purity & Performance

For most glass working applications, oxygen purity of 90–95% delivers excellent flame temperature and stability. Higher purity options are also available for specialized applications requiring enhanced flame control.

Environmental & Sustainability Benefits

• Reduced carbon footprint from eliminated cylinder transport
• Energy-efficient operation
• Cleaner combustion with reduced emissions
• Support for eco-friendly studio practices

Why Choose On-Site Oxygen Generation for Glass working?

• Reliable oxygen supply anytime you need it
• Lower long-term costs compared to cylinders
• Improved flame quality and artistic consistency
• Safe, compact, and easy-to-operate systems
• Designed for both artists and industrial users

On-site oxygen generation is transforming the way glass artists and workshops operate. Whether you are a solo lamp worker or a full-scale glass blowing studio, an on-site oxygen generator offers freedom, efficiency, and creative control. With consistent oxygen supply and reduced operational hassle, artists can focus on what truly matters crafting exceptional glass art.