Jewellers doing fine soldering work need a small, controllable flame and cannot always justify the space, cost or safety overhead of stored acetylene or LPG cylinders on the bench. AquaWelder's jewellery station addresses that directly with a water-fed micro-torch.
What Is It?
The AquaWelder jewellery brazing station is an alkaline water electrolyser paired with a fine-control micro-torch handpiece. It converts water into hydrogen-oxygen gas on demand and burns it at the torch tip to produce a precise, adjustable flame suited to fine solder joints on gold, silver, platinum and other precious-metal work.
Key Benefits
- Precision micro-flame suited to fine jewellery soldering and brazing joints
- No stored flammable gas cylinders on the bench — gas is produced on demand from water
- Compact benchtop footprint for jewellery workshops
- Adjustable flame for varying joint sizes and metal thicknesses
- Manufactured by AquaWelder HyEnergy Pvt. Ltd., Vadodara
How It Works
Water inside the unit is electrolysed into hydrogen and oxygen gas using mains electricity. The gas travels through a flashback-arrestor safety system to the torch handpiece, where it is ignited to produce a controllable flame for soldering and brazing.
Technical Specifications
| Parameter | Value |
|---|---|
| Power Input | 230 VAC |
| Power Consumption | 300 Whr |
| Torch / Nozzle Type | 22, 24, 26 |
| Safety Systems | flashback arrestor, low-water cutoff |
| Unit Dimensions / Weight | 30 x 20 x 30 cms, 15 Kgs |
| Warranty | [TO CONFIRM] |
Compatibility Notes
Suited to gold, silver and other precious-metal soldering/brazing at jewellery-workshop scale.
Frequently Asked Questions
Q: Is this safer than an LPG or acetylene torch for a jewellery bench?
A: Yes. It is safer than an LPG or acetylene torch for a jewellery bench as the gas is generated on demand rather than stored under pressure, which removes the need for cylinder storage on the bench.
Q: What metals can it be used on?
A: Gold, Silver, Platinum, Copper
Q: How is the flame size adjusted?
A: With the Glas Flow control knob.


