Engraving is often treated as a finishing detail — a date on a wedding band, a name inside a shank, a pattern on a cuff — but the method you choose changes the look, the price, and the lead time by a wide margin. Hand engraving and laser engraving are not two versions of the same service. They are different tools used for different jobs, and mixing them up on a spec sheet is a common and expensive mistake.

How hand engraving actually works

A hand engraver pushes a burin — a hardened steel graver — across the metal by hand, controlling depth, angle, and rhythm with arm pressure. The cut is a clean, V-shaped channel with polished walls. No heat, no melting, no recast ridge. The tool pushes metal aside rather than vaporizing it, so the line has a subtle raised edge that catches light. Good hand engraving has a slight irregularity: letters are not mathematically identical, and that inconsistency is the point.

How laser engraving works

A fiber laser ablates the surface with focused light. It follows a digital vector file exactly, so every piece in a run is pixel-for-pixel identical. The mark is a shallow frosted recess, usually 0.02-0.05mm deep, with a fine heat-affected zone around it. Laser systems also do annealing — marking the metal dark without removing it — which is useful on titanium and steel.

The look, side by side

Run a thumb over each. Hand engraving feels like a crisp groove; laser engraving feels like a matte patch. Under magnification, hand-cut lines show tool chatter and varying depth; laser lines show dot matrix texture. On a wide, flat surface laser is invisible at arm's length. On a narrow band where the lettering is large and the lighting is raking, hand engraving has a three-dimensional quality that laser cannot reproduce.

Cost and speed

Laser is the cheaper and faster option for inside-band lettering, logos, and serialized marks. Setup is a vector file; run time is seconds per piece. Hand engraving is priced by the letter or by the square centimeter of pattern, and an hour of a master engraver's time costs many times a laser minute. For a run of 500 wedding bands with identical dates, laser is the only rational choice. For a one-of-a-kind signet with scrollwork, hand engraving is the product.

Durability and repair

Laser marks are shallow, and a heavy polish or a resizing cut can remove them entirely. Hand engraving is deeper and survives replating and several refinishes. However, laser on platinum and gold is stable under normal wear; the durability concern is mainly about aggressive bench work after the fact. If an item will be resized later, ask the engraver to position lettering away from the cut zone.

Which to specify when

  • Use laser: inside-band inscriptions, model numbers, tiny logos, barcodes, large runs of identical text, dark anneal marks on steel/titanium.
  • Use hand: visible monograms, scroll or leaf backgrounds on signets, anniversary pieces positioned as heirlooms, anything marketed as "hand-finished."
  • Avoid: laser on a piece that will later be heavily hand-polished, or hand engraving on a thin wall where the graver risks piercing the metal.

Restrike and hand-finish hybrids

Many high-end lines use a hybrid: the laser does the heavy lifting — laying out the text, engraving the field — and a hand engraver then goes back over the letters with a graver to add depth and hand texture. The result reads as hand-engraved at retail, but costs less than fully hand work because the layout is done by machine. This is a legitimate middle path, and it is worth asking factories whether they offer it when the brief calls for "hand look" at a "laser price."

Material matters too

Not every metal behaves the same under each method. Laser on titanium and tungsten is the only practical option — those alloys are too hard for hand gravers. Hand engraving loves soft, fine silver and 22K gold, where the graver glides and produces bright polished walls. On work-hardened 14K white gold, hand engraving is slower and the tool dulls faster, which is why quotes on white gold often run higher than on yellow.

What to put in the spec

Avoid writing only "engraved." State the method, the font or reference alphabet, the depth for hand work, and whether the mark should be filled (black enamel, gilt) or left natural. Buyers who specify "laser, sans-serif, vector file attached, depth 0.03mm" get consistent reorders. Buyers who write "engrave something nice" get a different result from every factory and every reorder.

For bands that will carry an inscription, the shank width and comfort-fit profile matter too — see our notes on wedding band construction before you lock the engraving layout. A shank under 2mm wide simply does not have room for a clean serif script, and forcing it produces cramped, hard-to-read letters that look wrong at any price point.

EU-wide limits on nickel, lead and cadmium in jewellery are set by the REACH Regulation (EC) No 1907/2006 on EUR-Lex.

Frequently Asked Questions

How do I verify a factory before placing a bulk order?

Request a production video, business license, export records and a paid sample run. A factory that accepts a 50-piece test order is usually a real manufacturer.

What payment terms do you offer?

30% T/T deposit with the balance against the bill of lading. This protects both sides on first orders and can move to net terms after a track record.

What is your normal reject rate?

3–5% under 10x loupe inspection for cast and set pieces. Defective units are replaced free in the next shipment.

Where is the factory located?

Wuzhou, Guangxi, China—the core lab-grown and moissanite manufacturing cluster. Shipments go via Guangzhou or Shenzhen ports.