Cutting Energy Costs in Your Jewellery Workshop: A Practical Guide

Energy is now the second-largest operating cost in most jewellery workshops, behind raw materials. Many of the savings are sitting in plain sight.

1. Audit before investing

Spend two weeks logging which machines run when. Most workshops discover that polishing motors stay on between cycles, drawing 60-80% of rated load while idle.

2. Upgrade to induction melting

If you still use resistive or gas-fired furnaces, an induction upgrade typically pays back in 14-22 months and cuts melt-cycle energy by 30%.

3. Switch to variable-frequency drives

VFDs on polishing motors, exhaust fans and compressors slash standby consumption. Cheap retrofit for a real win.

4. Insulate your casting flasks

Ceramic-fibre wraps cost very little and reduce heating cycle times by 8-12%.

5. LED + skylight lighting

Workshop floors lit only by fluorescents waste energy and harm operator eye health. LED panels and well-placed skylights solve both.

6. Compressed-air leak audit

A single 3mm leak costs roughly $1500/year in wasted compressor energy. Quarterly ultrasonic audits typically find 5-10 leaks per workshop.

7. Schedule heavy melts off-peak

Many discoms offer 20-30% lower tariffs at night. Shift one casting cycle and the saving funds your next machine upgrade.

Our team offers complimentary energy audits for workshops considering equipment upgrades — request yours here.