Why this question comes up: the physics
A flying laser marker is built for the line: an encoder reads line speed continuously and the controller applies vector compensation, so artwork is never stretched or compressed and speed changes do not distort it. Missing marks are prevented by trigger logic - the laser only fires when a part is present - and duplicates by a globally incrementing serial with a logged record that resumes after power loss instead of restarting. Our flying systems run galvo speeds up to 14000 mm/s with the JCZ EzCad flying module and an encoder.
The answer and the process detail
Yes. Variable data is created at trigger time: date, shift and serial number can auto-increment by rule, or be read line by line from a database or text file for one code per pack. Use DataMatrix or QR with error correction set to M or higher so creased packaging still scans. Our flying systems ship with EzCad variable-data and serialisation functions, and we can script them to your own coding rules.
How to set it up and verify it
Feasibility rests on three things: encoder resolution matched to line speed, trigger-to-laser latency compensation, and headroom in galvo speed. Throughput is not decided by the machine alone but by line speed multiplied by per-part content - more characters and higher contrast requirements mean a slower cycle. Validate on site at both your fastest and slowest speeds and sample-read on line; the encoder wheel must not slip, or the compensation input is wrong to begin with.
Selection and delivery
It suits continuous or segmented coding on packaging, personal care, food, cable and tube, and is often used to replace inkjet: no consumables, no fading, resistant to abrasion and heat. A retrofit needs three things - an encoder or measuring wheel, a bracket and guarding for the head, and a trigger sensor; where headroom is tight a split optical path works. Standard machines ship within seven working days. Full configuration and interface details are on the Flying Laser Marking Machine page.
Procurement Q&A
Open Mo–Su 08:00–23:00 (GMT+8) with English support. Reach us at +86 159 9995 5734, WhatsApp +86 190 9874 6815 or Laurie@laserdg.com. Machines are packed to export standards.
We have 3+ engineers, 7+ authorised patents and 5000+ units shipped. Standard parts like laser source and galvo are stocked long-term for predictable replenishment.
Price depends on the model (UV / fiber / CO₂), power, laser-source brand (Raycus / JPT / IPG) and configuration (galvo, field lens, control software). Zhongyi Laser lists the exact laser-source and galvo models on the quote and in the contract, so the configuration is verifiable and easy to reorder or replace later.
Standard machines ship in 7 days; rush orders in 3–5 days; custom non-standard builds in 15–30 days. Before production we confirm drawings, process and sample results to avoid rework.
18-month warranty on the machine. Core parts like the laser source and galvo are replaceable standard parts with long-term supply, so repairs and swaps are documented.
Yes. Send a sample and we return a real test video within 24 hours and ship the part back. Key models get a 48-hour aging test, so you see the actual result on your own workpiece before deciding.
Yes. Variable data is created at trigger time: date, shift and serial number can auto-increment by rule, or be read line by line from a database or text file for one code per pack. Use DataMatrix or QR with error correction set to M or higher so creased packaging still scans. Our flying systems ship with EzCad variable-data and serialisation functions, and we can script them to your own coding rules.
Yes. The encoder measures line speed continuously and the controller compensates in real time, so speed changes do not distort the code. Missed marks are prevented by trigger logic: the sensor signals part present before the laser fires and skips when there is no part. With frequent starts and stops also check trigger latency compensation and the minimum part gap, since parts too close together can be read as one. Validate on site at both your fastest and slowest speeds.
Flutter causes two problems: focus drift and position drift. Depth of field and a pressure roller or vacuum hold-down fix the first; encoder tracking and a shorter trigger-to-laser distance fix the second. Ghosting is usually material moving within the exposure window, so stabilising web tension helps far more than changing laser parameters. Check the tension along the material path on site first.