An oxyhydrogen ampoule sealing machine is an emerging technology that seals lab samples by producing hydrogen (H 2 ) and oxygen ( O 2 ) gases through electrolyzing water and blends the two to create a high-temperature flame instantly. This flame has the ability to attain a temperature of up to 2800C and is therefore very well adapted in the accurate sealing of glass materials, utilized in studies and industries labs.
Compared to an old-fashioned fuel-gas system that uses LPG, propane or acetylene tanks, a new hydrogen oxygen generator for sealing creates gas as needed with just water and electrical power. This does away with fuel storage issues and offers an extremely steady and non-contaminated source of flames.
The oxyhydrogen technology is commonly used nowadays as a laboratory ampoule sealing system in applications like:
Since the combustion process generates non-polluting water vapor only, the system is a clean flame glass sealing machine, which is very convenient in the brightly purity laboratory conditions, such as in areas where it is essential to control contamination laboratory ampoule sealing machines.
Legal sealing of laboratories typically involves LPG, propane or acetylene torches. Although these systems have the potential to provide softening of glass, they tend to cause operationalizing issues and contamination in highly-specific laboratory setups.
With modern-day laboratories increasingly looking to the purity of materials, reproducibility and minimization of operator exposure, researchers are looking to cleaner, more manageable flame technologies.
Challenges with obtaining consistent quality sealing between operators.
Installations that use pharmaceutical compounds, air-sensitive substances and prep ampoule preparation use under vacuum are all critical with these limitations.
One way of addressing most of the challenges faced by the traditional gas torches is an oxyhydrogen system which makes a clean hydrogen-oxygen flame as a direct result of electrolysis of water.
Major advantages include:
In the case of laboratories that carried out the oxyhydrogen vs LPG sealing comparison, the oxyhydrogen system has a greater cleanliness, repeatability and were also more environmental friendly.
This renders the technology exceptionally fit at clean flame sealing clean flame sealing for laboratory use must confine contamination and vacuum integrity is crucial.
To accommodate various scaling needs in laboratories and sealing, there are various machine configurations. Each model is modeled on a given gas production capacity, aircraft of automation and workflow usage.
We have developed several quartz ampoule sealing methods in your lab scale work. According to the flame torches and sealing method,we have three basic ampule sealing machine for your selection: single ampoule sealing machine TX-HO200A, double ampoule sealing machine TX-HO300B, movable ampoule sealing machine TX-HO300C and Rotary oxyhydrogen flame ampoule pull sealing machine TX-HO400 + TX-R2.
The number 200,300,400 means oxyhydrogen gas output and A,B,C is for different oxyhydrogen torches. The series of machines will usually be based on the capacity of gas generation:
These systems can be used as professional laboratory glass sealing equipment that can be used in pharmaceutical ampoule sealing solution containers. The range of oxyhydrogen ampoule sealing machines is designed to meet different lab requirements, each one with unique output, flame size, sealing speed, and ampoule compatibility:
TX-HO200A (single manual type) :Compact with moderate oxyhydrogen output, designed for single ampoules, and suitable for smaller ampoule sizes.
Features: 200L/h steady oxyhydrogen production, Single torch sealing station, Compact laboratory footprint, Simple manual operation, and Consistent flame performance
Best Applications: Research laboratories, Small-batch experiments, Research chemicals testing.
TX-HO300B (double manual type) :Higher output, supports two ampoules sealing torches simultaneously for greater efficiency.
TX- HO300B enhances the productivity of production process by enabling concurrent dual sealing business. Being a double ampoule sealing machine, it is beneficial in laboratories that will have more output in experiments.
Features: Increased gas (300L/h) production, Dual torch configuration, Stable flame consistency, Increased sealing productivity, Continuous operation capability
Best Applications: Pharmaceutical R&D laboratories, Medium-scale production environments, Chemical sample preparation, Batch ampule sealing
It has extensive applications in pharmaceutical ampule sealing systems where uniformity and throughput are of utmost importance.
TX-HO300C (movable type) :Flexible, designed for freeze-drying ampoules under vacuum, with adjustable flame size.
The TX-HO300C offers increased flexibility in operation with the option of a floating torch design and variable flame placement.
Features: Adjustable handheld torch, Variable flame size and angle, Appropriate freeze drying uses, Enhanced operator control.
Best Applications: Experiments of ampoule tube sealing, Flexible laboratory layouts, Precision material encapsulation
In cases where laboratories need to study the development of how to seal the ampoule ampoules under vacuum, the model offers better sealing, and repeatability.
TX-HO400+TX-R2(Semi-Automatic Rotary): High-speed operation for continuous sealing of multiple ampoules, suitable for larger batches. It is a high performance rotary ampoule sealing machine that would fit in a continuous output setting.
Features:Large-scale 400L/h gas production, Rotary semi-automatic processing, Continuous ampoule feeding, High-speed sealing efficiency, Stable industrial operation
Best Applications: Industrial-scale laboratories, Pharmaceutical production facilities, High-volume sample preparation, Continuous sealing workflows
The system is a large-scale industrial research and manufacturing ampoule sealing system.
In fully automated production facilities, the TX-HO1000 integrated filling and sealing line would allow full automation of operation.
Features: Large capacity 1000L/h gas capacity, Incorporation of automatic ampoule fillers, Fully automated sealing operation, Increased production capacity, Minimal manual intervention.
Best Applications: Pharmaceutical manufacturing, Automated laboratory production, Industrial sample packaging, Stylum Sealing with sterile ampoule.
This fully sealed pharma ampoule solution caters to high-scale production that needs high consistency and speed.
The temperature of oxyhydrogen flame is as high as 2800 degrees so that it can seal the ampoules very fast. The quality and speed of oxyhydrogen flame sealing method is higher than liquid gas’s.
1. Safety
Oxy-hydrogen flame ampoules sealing machine just uses water and electricity, no gas bottle, no hydrogen gas storage, no leakage and explosive danger.
2. Convenience
it can work just with water and electricity, every litre water can be used 7~8 hours. But liquid gas bottle need to be changed by manual moving, it is very inconvenient.
3. Cleanliness
Oxy-hydrogen combustion just produces little water vapour, there is no harm to the pharmaceuticals. But Liquid gas combustion produces carbon dioxide, carbon monoxide and nitrogen compounds which will impact on the quality of pharmaceuticals.
4. High Efficiency
The speed of oxy-hydrogen flame sealing method is higher than liquid gas’s.
We manufacture our systems to offer laboratory and industry designs that offer stable and contamination-free sealing performance.
Key Advantages:
Being a reliable supplier of laboratory glass sealing equipment, we prioritize on selling comprehensive sealing solutions as opposed to isolated equipment.
The oxyhydrogen flame sealing system is a safer, cleaner and more efficient system compared to the traditional fuel-gas sealing systems.
It is now the solution of choice with respect to:
Laboratories are becoming more and more concerned with the laboratories that have to have clean and dependable sealing processes. The Oxyhydrogen technology is a viable remedy to enhance safety, consistent nature and efficiency of operations in high-level laboratories.
You can add your lab’s efficiency and safety with Ptxson’s advanced oxyhydrogen ampoule sealing machines. Whether you need a single, double, movable, or semi-automatic rotary model, we have a good sealing solution for your lab requirements. Don’t compromise on quality. Choose the technology that offers superior sealing speed and safety.
Explore our range of products today and find the ideal machine for your needs! You can find more details and make the switch to oxyhydrogen sealing technology!
