Optional Upgrades & Add-Ons

Three come up repeatedly. A CCD vision camera only earns its place if the cut line has to follow something already on the material — a printed outline, an embroidered edge, a registration mark. If your parts are cut from a drawn file, plain shapes on plain stock, the camera adds cost, a calibration routine and one more thing to train an operator on, and changes nothing about the cut. A rotary axis is for cylindrical work; on a flat-goods line it is usually demonstrated once and then never mounted again. A 3D 5-axis head belongs on shaped and contoured parts, not on sheet or roll stock.

Over-specifying is not a neutral choice. Every option is another assembly to keep clean, calibrate and train around, so we would rather talk you out of one than sell it.

As a rule of thumb, anything that changes the gantry, the feeding path or the working length is a build-time decision: a multi-head gantry, a galvo + gantry hybrid layout, and a roll-to-roll feeder all change the machine’s structure rather than bolt onto it. Head-level accessories — camera, auto-focus Z head, rotary axis, hot iron head — are usually retrofittable on the same frame.

Table type sits in between. Swapping a honeycomb bed for a blade knife bed is possible, but it interacts with working height and hold-down, so treat it as a question to settle at the quotation stage rather than an afterthought. Confirm the specific case against the model you are quoting — the boundary shifts between series.

No, and quoting it that way is how a line ends up under-delivering. Heads sit at a fixed spacing along the gantry, so they only cut in parallel when your parts and nesting fit inside that spacing. A part wider than the head pitch runs on one head while the others idle, and a busy contour still forces the whole gantry to decelerate at every corner regardless of how many heads are mounted.

Multi-head pays off on small, repeated parts nested across the bed — patches, labels, shoe components, small mat pieces. Send the actual nesting layout and part size and we will say what the realistic multiplier is for your job rather than the theoretical one.

By material format, not by budget. Piece-to-piece plate and sheet stock run best on a knife blade table: the blades touch the material at the smallest possible area, which is what keeps the underside of the cut clean. Soft roll-to-roll material works on either a honeycomb bed or a conveyor, and where the process allows it a conveyor is the better long-run choice because it automates loading and keeps the cut continuous instead of stopping to reposition.

Width follows the raw material rather than the finished part: pick a working width a little wider than your stock, and for soft textiles allow roughly 20 cm extra because roll edges are rarely even.

Six things settle almost every option question: material and thickness or GSM; sheet or roll format, with roll width and roll weight if it is roll stock; whether the cut line has to follow a printed or embroidered graphic; typical part size against sheet size; target output per shift; and whether your floor already handles roll goods.

That last one gets skipped and it matters — a roll-to-roll feeder assumes there is a way to get heavy rolls on and off the machine. Send those six and the configuration answer usually writes itself; send a sample as well and we can confirm it against a real cut instead of a specification.