Knowledge base
A practical comparison of how different machines bring heat, pressure and decoration material into contact with flat, round and contoured parts.
Machine names vary, but the contact method is easier to compare: what touches the part, how the contact area travels and how the part is supported during that movement.
A flat heated head or platen closes onto a supported work surface. The full area is pressed at once, so parallelism, platen flatness, fixture support and pressure distribution are central.
A heated roller forms a narrow moving contact band. The part, roller or both create relative motion, allowing a large decoration area to be built progressively rather than pressed at once.
The machine coordinates several axes so the contact tool follows a changing profile. The fixture, learned or programmed path and tool compliance work together to keep contact through curves and height changes.
A compliant silicone head collects heat from a heated surface and then presses film onto a recessed, convex or locally curved part. This is a heat-transfer contact method; it should not be confused with ink pad printing simply because the head shape is similar.
The best method is the one that can reach the full decoration area with controlled contact, protect the part, handle the chosen film or foil and repeat at the required production rhythm.
Questions
Usually not without major fixture and motion changes. A broad claim should be replaced by a sample trial that proves contact, support and repeatability on each target geometry.
No. Pad printing transfers ink from a plate with a silicone pad. Pad-head heat transfer uses a heated compliant head to press a film-based decoration onto the part.
Connected evidence
These routes are connected by selection conditions, process mechanism and validation order; they do not imply universal machine fit.
Contact Hengfa
Send product photos, dimensions, material, artwork position and output target. We will recommend a suitable machine configuration.
