Laser850
Intelligent laser edge banding machine
The longest laser frame in the group: 11,400 mm with fifteen cells, so the trimming and tracking section is not shortened to fit the bed.
Overview
- Fifteen cells in the order printed on the sheet: 21.5-inch industrial computer, separating agent, pre-milling, two-colour PUR pot, pressing, laser operating system, laser cooling system, pressing, head-and-tail trimming, rough and fine trimming, four-head tracking, double scraping, precise flat scraping, polishing head 1 and polishing head 2.
- Panels from 40 mm wide and 9 to 60 mm thick, band 0.4 to 3 mm thick and 12 to 65 mm wide.
- 16 to 23 m/min on an 11,400 mm frame, 1,000 mm wide and 1,750 mm high, with 23 kW installed.
- A two-colour PUR no-cleaning pot at station 04, for band that is glued rather than laser-bonded.
- The laser unit is followed by a cooling system, and pressing runs on both sides of it.
- Four-head tracking, double scraping, precise flat scraping and two polishing heads close the line.
- The longer frame leaves room between the trimming and tracking sections, which is where a band on a 1,000 mm wide panel is decided.
Laser850
CNSK · Dongguan
Feed rate16 – 23 m/min
Panel width≥ 40 mm
Stations15
Total power23 kW
Frame11,400 mm
Station sequence
Station 01 is the 21.5-inch computer and station 06 the laser operating system; the fifteen cells follow the order printed on the sheet.
01
21.5-inch control screen
Industrial-grade 21.5-inch screen with a large graphical interface; parameters set by touch or input box, changes shown live.
02
Separating agent
A fine spray separates surplus glue from the panel face, so hot-melt does not mark the board after pressing.
03
Pre-milling
Two milling cutters re-finish the saw marks, burrs and out-of-square edges left by the panel saw, so the band seats on a clean face.
04
Two-colour PUR no-cleaning pot
The pot holds two PUR colours and switches between them without a solvent flush, and it sits outside the machine so the melt is kept apart from the EVA furnace.
05
Pressing
High-precision pressure wheels load the band evenly as it meets the panel, so the joint sits flat and holds.
06
Laser operating system
The laser source, its power curve and the band feed are run from one controller, so a change of band is a recipe change rather than a re-setup.
07
Laser cooling system
A closed cooling circuit holds the laser at working temperature, so the bond stays even across a long shift.
08
Pressing
High-precision pressure wheels load the band evenly as it meets the panel, so the joint sits flat and holds.
09
Head-and-tail trimming
The band is cut flush at the leading and trailing ends — quickly, and without ragged corners.
10
Rough and fine trimming
Rough trimming takes the bulk of the overhang and the fine head finishes to the panel face; the two cuts sit on one unit, so the band is not re-clamped between them.
11
Four-head corner tracking
Four driven heads round the corners at the leading and trailing ends, so the band follows the panel radius instead of cutting it square.
12
Double-edge scraping
Scraping on both edges of the run, for trim marks and surplus glue on either face.
13
Precise flat scraping
A flexible scraper takes surplus hot-melt off the panel face and the band, leaving the edge flat before polishing.
14
Polishing
Cotton polishing wheels clean the finished edge, leaving it smooth and even with the panel face.
15
Second polishing
A second pair of cotton wheels follows the first, for a higher sheen on the joint than one pass gives.
Technical data
| Model | Laser850 |
| Feed rate | 16 – 23 m/min |
| Panel width | ≥ 40 mm |
| Panel thickness | 9 – 60 mm |
| Edge band thickness | 0.4 – 3 mm |
| Edge band width | 12 – 65 mm |
| Pressure beam | Electric lift |
| Processing stations | 15 |
| Control screen | 21.5-inch industrial computer |
| Input voltage | 380 V |
| Air pressure | 0.7 MPa |
| Total power | 23 kW |
| Machine size (L × W × H) | 11400 × 1000 × 1750 mm |
Values from the Laser850 technical data sheet in the 2026 configuration list.
What the machine is built to do
- Longest frame in the group11,400 mm against 10,080 mm for the Laser800: the extra length sits between trimming and tracking.
- Laser with coolingThe laser unit and its cooling system run continuously, with pressing either side of the head.
- PUR as a second pathA two-colour PUR pot covers band that cannot be laser-bonded.
- Double scrapingBoth edges are scraped after trimming, so the trim marks do not reach the polish.
- Two polishing headsThe joint is finished twice, which is what a high-gloss panel shows.
- One metre wide bed1,000 mm wide and 1,750 mm high, with the bed sized for wide door blanks.
More from the 8 series
FM820JCDH
Skeleton-Line Grille Edge Bander
Skeleton-line doors, grille slats and standard straight edge banding on one track-fed 13-metre bed.
18 processing cells9–60 / 15–40 mmSkeleton lineTrack feed
Read the specification
Laser800
Intelligent laser edge banding machine
Fourteen cells on a 10.1 m frame: two-colour PUR pot, laser unit with cooling, four-head tracking and double polishing, at 22.5 kW.
14 stationsLaser bondingTwo-colour PUR22.5 kW
Read the specification
Laser830
Intelligent laser edge banding machine
Sixteen cells: EVA furnace and two-colour PUR pot ahead of the laser unit, then double scraping and two polishing heads, at 22.5 kW.
16 stationsEVA furnace and PURLaser unit8.5 m width
Read the specification
Put Laser850 against your panel.
Send the thickness, width and band you run. You get a station list, the tooling and a price against your name.