Holzher Cut 6110

Used machine
Equipment and technical data:
Basic machine: Pressure beam saw
Design: Left-hand stop,
Sawing cycle from the stop path
Cutting length 4,400 mm/Cutting width 4,300 mm
Main saw blade Ø 350 x 4.4 x 30 mm, 72 teeth FZ/TZ
HM scoring saw blade Ø 180 x 4.4/5.4 x 30 mm / 28 teeth, conical
Control panel: Control on the stop side
Cutting height
Saw blade projection 82 mm
Pneumatic pressure beam - adjustable pressure force
Extraction system
Central, moving dust duct on the unit
Extraction connection on the basic machine: 1 x Ø 120 mm,
Location centered behind the saw
Dust duct in the pressure beam: 3 x Ø 120 mm,
Extraction air speed 30 m/s
Air volume 4,500 m³/h at 30 m/s
Compressed air
Compressed air consumption approx. 32 l/min at 6 bar per cutting cycle
Automatic cutting length limitation
The saw unit detects the end of the workpiece using a non-contact optical system and optimizes the sawing cycle
Residual cut device for divisions without residual dimensions, collets retract into recessed pressure beams
Saw carriage with main/scoring saw, uncontrolled
Power: 11 kW, 1.1 kW, 400 V
Precisely guided saw carriage with rack and pinion drive and surface-hardened linear guides
Main saw motor power 11 kW, speed 4,070 rpm.
Main saw blade Ø 350 x 4.4 x 30 mm, 72 teeth FZ/TZ, incl. quick-change device
Scoring motor power 1.1 kW, speed 6,040 rpm.
Carbide scoring saw blade Ø 180 x 4.4/5.4 x 30 mm / 28 teeth, conical
Incl. quick-change device
Saw carriage feed speed 0-70 m/min.
Electronically controlled, continuously adjustable
Return speed: 70 m/min.
Automatic cutting height adjustment (steps) on the saw carriage with a mobile blower,
for cleaning the cutting length sensor of dusty materials during the cutting process
Width stop
Return speed of the knife slide: 100 m/min.
Advance speed of the knife slide: 100 m/min.
In EU countries - advance speed - max. permissible 25 m/min.
Precision-guided, freely programmable width stop with collets Rack and pinion drive for precise positioning
With surface-hardened linear guides
Maximum collet opening: 72 mm
For longitudinal and transverse cutting
Floating workpiece collets - compensates for tensions within the panel stacks
6 pieces for a cutting length of 4,400 mm
Grooving device
Groove depth adjustable from 2-12 mm to max. 9-19 mm
Groove depth preset to 7/14 mm
Angle clamping device, left
Fully automatic, pneumatically controlled, continuously adjustable up to 1,300 mm
1 support table with stop ruler
Table size 1,800 mm x 600 mm
Support tables
Table size 1,800 mm x 600 mm
Position manually adjustable
- 2 pieces for a cutting length of 4,400 mm

CONTROL:
Control CUTCONTROL with 15“ TFT display
Windows 2000 operating system
RJ45 network connection 10/100 Base-T Fast Ethernet
Intel Celeron processor
Midi tower
US Cherry keyboard
Optical mouse/DVD
3 ½“ floppy disk drive, CD-ROM drive
CD-RW drive (burner)
Control panel on the stop side
Clearly arranged graphical user interface for easy operation and management of
jobs and materials based on Windows
Real-time display
Large and clearly arranged buttons
All functions are accessible from one level
No limitations on the input fields and unlimited job entries are possible
Control functions

Direct cutting:
Cuts by directly entering cutting dimensions
Processing of absolute, serial, or format cuts, with integrated grooves
An infinite number of jobs can be programmed
Prioritization of individual jobs
(Prioritization is possible at any time)
Job programming, parallel to cutting

NC cutting:
Processing of optimized jobs
Graphical overview of the machine with machine sequence function, as well as constantly updated information
about the cutting plan or part currently being processed, such as material, coating, quantity, dimensions, or use

Saw blade change:
Program-controlled dimensioning of the reference dimensions (absolute, series) and cutting positions (groove)
Information display with details of the running meters of the main and scoring saws with the option of printing
Menu navigation for saw blade changes

Function and parameter settings:
Individual adaptation of machine functions to the specific requirements of the user / product range
Operational data acquisition for managing upcoming maintenance
Automatic display of upcoming maintenance
Performance of upcoming maintenance