Factory 8, 17~23 Keppel drive

Hallam VIC 3803

Australia Phone: (03) 9796 3055

Fax: (03) 9796 4177 Web: www.industriallaser.com.au

A.B.N 89 083 545 617

P Series Bodor Fiber laser from Industrial Laser BASIC SPECIFICATIONS:

- 3.0m x 1.5m or 4.0m x 2.0m dual table with laser safety enclosure and cameras - IPG Fiber laser or Max Photonics Laser - Genius cutting head with programmable motorised lens and auto nozzle changer - Additional Fiber /QBH protection as standard - Rack & pinion drive (X & Y), ballscrew (Z), auto lube system included - Positioning accuracy 0.03mm - Reposition accuracy 0.02mm - Max. moving speed 100m/min - Max. compound moving speed (X&Y) 140m/min - Max. cutting speed 35m/min - Min. kerf width 0.1mm - Machine dimensions 9950 x 3050 x 2100mmh x 6,000KG - Procut 2.0 control with inbuilt internet system support and remote monitoring - Nesting software included - Exhaust fan (floor mounted) included with 220mm diameter outlet - 2 / 3 year parts warranty - Machine is CE approved

OPTIONS Laser powers - 1000w/1500w/2000w/3000/4000w

Auto load and unload option

DELIVERY INSTALLATION AND TRAINING: Normally we can deliver a Bodor machine within 60 days from order acknowledgement. This includes international freight and transport to your facility. Prior to that our experienced staff would have advised the level of services required prior to the installation. This includes a stable foundation (normally concrete reinforced floor 150mm thick), clean and dry compressed air, adequate 3 phase power, cutting assist gases. And fume extraction exhaust removal or filtering requirements. Installation normally takes 5 days with training the following week for 3 to 5 days. The staff at Industrial Laser have between them installed hundreds of laser systems so you are in safe hands. AFTER SALES SUPPORT Industrial Laser and Bodor have you covered within Australia! Large stock levels are kept in Melbourne and we have 3 trained engineers supported by our own Bodor factory engineer. Customers can access engineers quickly via WeChat / Team Viewer and backed up via the full resources of the Bodor 27/7 service support line.

Laser Source IPG YLR or YLS models or Max Photonics Laser

Wavelength range:1070～1090nm

Beam quality TEM00 (M2<1.8) Forced air/Water cooling dependent on laser power selected Expected life from an IPG laser is more than 100,000 hours. Setting Bodor apart from the competition additional protection to the fiber connector is fitted as standard to Max and IPG lasers.

Bodors own Genius non-contact Laser Head Fully programable motorised lens gives fast precise adjustment over the full range of materials Automatic nozzle changer, nozzle cleaning and calibration as standard

- Faster piercing of thicker plate - Longer consumables life

High thermal stability is via its internal water cooling. Twin protective windows ensure best in class optics protection and long service life. Fast and accurate height sensing.

Automatic lubrication system allowing minimum service interruption and maximum component life.

Wifi control with manufacturers remote diagnostic dial in support and parameter optimization ensures you are kept up and running 24/7

MOTION DRIVE Yaskawa Japan Servo Motor/Encoder SGM7 Sigma-7 is engineered to bring new responsiveness, reliability and effectiveness to the automation that powers your productivity. The Sigma-7 family of rotary, direct drive and linear servo products continue the legacy of the Sigma series, which has set the standard in innovation and reliability for a quarter century.

Main machine frame is cast iron and the Y axis crossbeam is cast Aluminium. Designed and manufactured for maximum rigidity, stability, accuracy and long service life.

Laser Cutting System (Pro 2.0) all touch screen. The software is supplied with a comprehensive database of laser cutting settings. Procut enables flexible layout designs and tool path editing, data import/export, bridging, co-edge, beam compensation, curve smoothing, division, combination, automatic identification of exterior and interior modes and so on, a proven stable easy to use platform that has been a favorite for many 1000’s of laser cutting systems. File import ext : *.nce, *.g, *.dxf, *.plt, *.eng.

1000W 1500W 2000W YLR-2000W 3000W 4000W 6000W

1 8.0--10 15--26 24--30 24--32 30--40 33--43 35--44

2 4.0--6.5 4.5--6.5 4.7--6.5 4.7--6.5 4.8--7.5 15--25 20--28.0

3 2.4--3.0 2.6--4.0 3.0--4.8 3.0--4.8 3.3--5.0 7.0--12 13--17

4 2.0--2.4 2.5--3.0 2.8--3.5 2.8--3.5 3.0--4.2 3.0--4.0 3.0--4.5

5 1.5--2.0 2.0--2.5 2.2--3.0 2.2--3.0 2.6--3.5 2.7--3.6 3.0--4.2

6 1.4--1.6 1.6--2.2 1.8--2.6 1.8--2.6 2.3--3.2 2.5--3.4 2.5--3.5

8 0.8--1.2 1.0--1.4 1.2--1.8 1.2--1.8 1.8--2.6 2.0--3.0 2.2--3.2

10 0.6--1.0 0.8--1.1 1.1--1.3 1.1--1.3 1.2--2.0 1.5--2.4 1.8--2.5

12 0.5--0.8 0.7--1.0 0.9--1.2 0.9--1.2 1.0--1.6 1.2--1.8 1.2--2.0

14 0.5--0.7 0.7--0.8 0.8--1.0 0.9--1.4 0.9--1.2 1.2--1.8

16 0.6-0.7 0.6-0.8 0.7--1.0 0.8--1.0 0.8--1.3

18 0.4--0.6 0.5--0.7 0.6--0.8 0.6--0.9 0.6--0.9

20 0.5--0.8 0.5--0.8 0.5--0.8

22 0.3--0.7 0.4--0.8 0.4--0.8

25 0.3--0.55

30 0.3--0.55

1 18--25 20--27 24--30 24--50 30--35 32--45 42--52

2 5--7.5 8.0--12 9.0--12 9.0--15 13--21 16--28 20--33

3 1.8--2.5 3.0--5.0 4.0--6.5 4.8--7.5 6.0--10 7.0--15 15--22

4 1.2--1.3 1.5--2.4 3.0--4.2 3.2--4.5 4.0--6.0 5.0--8.0 10--15

5 0.6--0.7 0.7--1.3 1.8-2.5 2.0-2.8 3.0--5.0 3.5--5.0 8.0--12

6 0.7--1.0 1.2-1.8 1.2-2.0 2.0--4.0 2.5--4.5 4.8--8.0

8 0.7-1.0 0.7-1.0 1.5--2.0 1.2--2.0 3.0--4.0

10 0.6--0.8 0.8--1.2 1.6--2.5

12 0.4--0.6 0.5--0.8 0.8--1.5

14 0.4--0.6 0.6--0.8

20 0.3--0.5

25 0.2--0.4

1 6.0--10 10--20 15--25 20--30 25--38 35--45 42--55

2 2.8--3.6 5.0--7.0 7--10 10--15 10--18 13--24 20--40

3 0.7--1.5 2.0--4.0 4.0--6.0 5.0--7.0 6.5--8.0 7.0--13 15--25

4 1.0--1.5 2.0--3.0 3.5--5.0 3.5--5.0 4.0--5.5 9.5--12

5 0.7--1.0 1.2--1.8 1.8--2.5 2.5--3.5 3.0--4.5 5.0--8.0

6 0.7--1.0 1.0--1.5 1.5--2.5 2.0--3.5 3.8--5.0

8 0.6--0.8 0.6--0.8 0.7--1.0 0.9--1.6 2.0--2.5

10 0.4--0.7 0.6--1.2 1.0--1.5

12 0.3-0.45 0.4--0.6 0.8--1.0

16 0.3--0.4 0.5--0.8

20 0.5--0.7

25 0.3--0.5

1 6.0--10 8.0--13 10--16 12--18 20--35 25--35 35--45

2 2.8--3.6 3.0--4.5 4.5--7.5 6.0--8.5 6.0--10 8.0--12 20--30

3 0.5--1.0 1.5--2.5 2.5--4.0 2.5--4.0 4.0--6.0 5.0--8.0 12--18

4 1.0--1.6 1.5--2.0 1.5--2.0 3.0-5.0 3.2--5.5 5.0--8.0

5 0.5--0.7 0.9--1.2 0.9--1.2 1.5--2.0 2.0--3.0 4.5--6.0

6 0.4--0.7 0.4--0.9 1.0--1.8 1.4--2.0 3.0--4.5

8 0.5--0.7 0.7--1.2 1.6--2.2

10 0.2--0.5 0.8--1.2

12 0.3--0.5

14 0.3--0.4

speed m/min speed m/min speed m/min

Laser cutting process parameters table, for reference only. July 2018

M aterial Thickness speed m/min speed m/min speed m/min speed m/min

Please note: This table is for reference only.

1. The cutting speed is dependent on the fiber optics, material quality, gases, optical lenses and cutting diagram etc. (the table

parameter use Carbon Steel Q235, Stainless Steel 201, Aluminium 5#, Brass H6.)

2. The yellow highlights are those that use Nitrogen to cut (Purity ≧ 99.9%), the blue are those that use Oxygen to cut (Purity ≧

99.9%)

3. The red highlights the maximum thickness of the material processed, when processing the maximum thickness of the material,

it shows low efficiency and cutting quality is also reduced, and can not be continously processed.

4. Cutting parameters need to be adjusted when cutting brass, aluminium etc. i.e. highly reflective materials, the maximum

thickness can not be processed continuously

5. Test environment is 10° C ~ 35° C, relative humidity below 35%; no large-scale electrical equipment around, no electromagnetic

interference; power quality: three-phase unbalance <2.5%, line voltage fluctuation <5%.

Stainless steel (201)

Carbon steel (Q235A )

BrassIP G Laser

So urce Only.

Aluminium