Name: FMK850MS HeavyDuty Laser TrackType Edge Banding Machine
Brand: CNSK
SKU: FMK850MS

Overview

Twenty cells in the order printed on the sheet: synchronous caterpillar conveyor, heavy-duty one-piece bed rail, wide screen, separating agent, pre-milling, heat lamp, dual pneumatic upper glue pot, heated pressing, laser operating system, swing-type pressing, unpowered tail trimming, servo fine trimming, servo scraping, unpowered end trimming, head-and-tail trimming for narrow boards, double-end chamfer tracking, cleaning, polishing, horizontal and vertical grooving and the track synchronous motor.
Two EVA furnaces on the upper frame, each able to hold a different colour, so a colour change is a switch rather than an empty-and-refill.
A laser operating system at station 09 bonds the functional layer of the band without a glue line, on the same bed as the EVA pots.
Panels from 60 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 a 7,980 mm frame, 950 mm wide and 1,900 mm high, with 36 kW installed and a body weight of 3,600 kg.
Heated pressing follows the first pot, so the band and the glue are warm when the pressure goes on.
Servo fine trimming and servo scraping are positioned from the screen; the chamfer tracking unit then cuts both ends of the band at the corner.

FMK850MS CNSK · Dongguan

Feed rate16 – 23 m/min

Panel width≥ 60 mm

Stations20

Total power36 kW

Weight3,600 kg

Station sequence

Station 01 is the synchronous caterpillar conveyor and station 02 the bed rail; the twenty cells follow the order printed on the sheet, with the two EVA furnaces at station 07 and the laser unit at station 09.

01

Synchronous caterpillar conveyor

A caterpillar belt drives the panel through the line with continuous power, so the feed stays constant under a heavy pressure beam.

02

Heavy-duty one-piece bed rail

A one-piece guide-rail beam carries a heavy steel pressure beam; the section is sized for the load a 45° cut puts through the bed.

03

High-definition wide screen

A wide touch screen with fingertip control; a mouse and keyboard can be added if the operator prefers them.

04

Separating agent

A fine spray separates surplus glue from the panel face, so hot-melt does not mark the board after pressing.

05

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.

06

Heat lamp

The board and the glue are pre-heated before pressing, which keeps the bond even in cold weather.

07

Dual pneumatic upper glue pot

Two independent EVA furnaces sit on the upper frame, each able to hold a different colour, so a colour change does not mean emptying a pot.

08

Heated pressing

The pressing wheels are heated, which raises the band and the glue at the joint and holds the bond on a cold shop floor.

09

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.

10

Swing-type pressing

The pressure roller swings on an arc and cushions the load at the joint instead of hitting the band flat.

11

Unpowered tail trimming

The tail trimmer squares the rear end of the band with an unpowered head.

12

Servo fine trimming

Four axes — up-down and front-back — run on servo with micron-level error; the trimming angle is set numerically on the screen, so a changeover needs no test board.

13

Servo scraping

A servo motor on a precision guide rail tracks the panel face; scraping depth and pressure are closed-loop, so the edge is neither over- nor under-scraped.

14

Unpowered end trimming

An unpowered head cuts the ends that run past the standard length, so the ends come out flush.

15

Head-and-tail trimming, narrow boards

The end trimmers are built for narrow stock, where the band is a large share of the edge and the ends have to be cut square.

16

Double-end chamfer tracking

A high-frequency motor drives the tracking head and chamfers both ends of the band at the corner.

17

Cleaning

Residual hot-melt is diluted and isolated before polishing, so it lifts off instead of being smeared along the edge.

18

Polishing

Cotton polishing wheels clean the finished edge, leaving it smooth and even with the panel face.

19

Horizontal and vertical grooving

One grooving unit cuts across the panel or along the edge, so the machine also produces the grooves a groove-profile door needs.

20

Track synchronous motor

A synchronous motor drives the track, so the panel position and the station timing stay locked together.

Technical data

Model	FMK850MS
Feed rate	16 – 23 m/min
Panel width	≥ 60 mm
Panel thickness	9 – 60 mm
Edge band thickness	0.4 – 3 mm
Edge band width	12 – 65 mm
Pressure beam	Heavy-duty electrical lift, one-piece bed rail
Processing stations	20
Control screen	High-definition wide screen
Input voltage	380 V
Air pressure	0.7 MPa
Total power	36 kW
Machine size (L × W × H)	7980 × 950 × 1900 mm

Values from the FMK850MS technical data sheet in the 2026 configuration list. The machine name is printed there as HeavyDuty Laser TrackType Edge Banding Machine; the page keeps it as written and adds the body weight of 3,600 kg from the same sheet.

What the machine is built to do

Two colours without stoppingTwo furnaces hold two EVA colours; changing colour is a station setting, not a pot that has to be emptied and cleaned.
Laser on the same bedThe laser unit gives a glue-free joint for high-gloss work, while the EVA pots cover the volume.
Heavy rail and synchronous trackA one-piece guide rail and a synchronous track motor keep the panel locked to the station timing at 36 kW of installed load.
Servo trimming and scrapingBoth heads are positioned by servo, so a band change is a screen value rather than a manual reset.
Built for narrow boardsStations 15 and 16 are the narrow-board end trimming and the double-end chamfer tracking, which is where a 60 mm part is decided.
Grooving at the endA horizontal and vertical grooving unit at station 19 lets the same line produce groove profiles.