The machine decision follows the format. Sheet-fed packaging and rigid box work is flatbed territory; roll-fed labels and continuous web decoration belong on rotary. This page sets out the trade-offs and where each becomes uneconomic.
Machine comparison
| Criterion | Flatbed | Rotary |
|---|---|---|
| Material format | Sheets, blanks, made-up items | Continuous web / roll |
| Pressure available | High | Lower (line contact) |
| Throughput | Cycle-limited | Continuous, much higher |
| Deep emboss / combination | Yes | Very limited |
| Tooling | Flat dies (magnesium, brass) | Cylindrical dies |
| Substrate range | Widest — board, plastic, leather, wood | Web materials only |
| Foil efficiency | Good with indexing control | Very good with multi-web feeds |
| Typical use | Cartons, rigid boxes, covers, closures | Labels, tear tape, flexible packaging |
| Typical output | 1,500–7,500 sph depending on automation | 60–200 m/min inline |
| Stamping pressure | 80–300 tons over the full sheet | Line contact, roughly 5–20 kg/cm |
| Foil temperature window | 90–180 °C | 100–160 °C |
Where each one wins
Flatbed wins on anything that needs real pressure: heavy board, deep combination emboss, leather, wood, and any item that is not a web. It also wins on flexibility — one press with the right dies handles a very wide range of jobs, which matters for trade finishers and short-run packaging producers.
Rotary wins on volume. On a self-adhesive label line running continuously, a rotary stamping unit decorates at press speed with no cycle stop, and multi-web foil feeds keep foil consumption low on repeating designs. The cost is tooling flexibility and the loss of deep relief.
Specifying a flatbed press
- Maximum sheet size and stamping area — buy for the largest job you expect, not the average.
- Pressure rating: combination emboss on heavy board needs considerably more than flat foiling.
- Foil feed axes: independent multi-axis feeds cut foil waste dramatically on multi-image layouts.
- Registration control and side lay, which decide whether combination and registered holographic work is possible.
- Automation level: fully automatic feeding and delivery pays back quickly above one shift of regular production.
MOQ and lead time by product
Minimum order quantity and production lead time for the products used in this industry. Each row links straight to the product page with full specifications.
| Product | MOQ | Lead time |
|---|---|---|
| XG1080G Hot Stamping Machine | 1 set | 45–60 days |
| TYM-1060 Embossing Machine | 1 set | 30–45 days |
| MQ-1060 Die-Cutting Machine | 1 set | 40–55 days |
Frequently asked questions
Which gives better quality, flatbed or rotary hot stamping?
- Flatbed. It applies high, even pressure across the whole image while the sheet is stationary, which produces sharper edges and allows deep emboss. Rotary stamping applies pressure along a line of contact and cannot match it for relief or heavy board.
When is rotary hot stamping the right choice?
- On continuous web work — self-adhesive labels, tear tape, flexible packaging — where throughput matters more than relief and the design repeats. Rotary units decorate inline at press speed without stopping for a press cycle.
Can a flatbed press handle plastic and leather as well as board?
- Yes, which is a major reason flatbed presses dominate general packaging finishing. With the right foil grade and temperature control, one press covers coated board, plastic components, leather covers and wooden items.
What determines flatbed throughput?
- Cycle time, which is set by dwell requirement, sheet handling and the level of automation. A fully automatic press with feeder and delivery runs far more sheets per hour than a semi-automatic one at the same dwell setting.
How do I reduce foil consumption on a flatbed press?
- Use independent multi-axis foil feeds with step-and-repeat indexing, and slit foil to the image width rather than running a wide web. On multi-image layouts these two measures together typically cut consumption substantially.