Ezobugcisa

Malunga nokuSetyenziswa kweFiber Laser Source

raycus 1500w
max
IPG 1000w umthombo welaser

Umthombo weRaycus Fiber Laser

Max IFayibha Laser Source

Umthombo weLaser yeFayibha ye-IPG

1.Ukuthelekiswa kwe-IPG kunye ne-raycus

 

 

 

URaycus

IPG

 

 

Ulwakhiwo kunye neempawu

ingcaciso

Ikhonkco lamashishini

Ukudityaniswa kwekhonkco loshishino lonke, amacandelo angundoqo aphuhliswe ngokwawo kwaye azenzele ngokwawo

Ukudityaniswa kwekhonkco loshishino lonke, amacandelo angundoqo aphuhliswe ngokwawo kwaye azenzele ngokwawo

Ziinkampani ezi-2 kuphela emhlabeni eziye zaqonda ukudityaniswa kwekhonkco leshishini lonke

Ubume bomthombo wempompo

Ulwakhiwo olulodwa olungundoqo lwendibaniselwano

Ulwakhiwo olulodwa olungundoqo lwendibaniselwano

Iichips zizimeleyo, azichaphazeli omnye nomnye, zizinzile kwaye zithembekile

Amandla emodyuli kunye nobungakanani

Iimodyuli ze-1KW*6 (eyona modyuli inkulu yeRaycus isakhono sobuchule sifikelela ngaphezulu kwe-3KW)

Iimodyuli ze-3 2KW (ukugcina iindleko zokwenziwa kunye nokunciphisa ubungakanani)

Amandla emodyuli esezantsi, kokukhona uzinzile, imingcipheko emva kokuthengisa ihlakazekile ngokwentelekiso, kwaye iindleko zokutshintsha imodyuli ziphantsi.

Uqwalaselo lweFayibha

I-20 m ubude 100 micron idayamitha yosulelo fiber

I-20 m ubude 100 micron idayamitha yosulelo fiber

sebenzisa ngokufanayo

QBH Quartz Crystal Protection Window

Umgangatho

ayiqukwanga

Kwinkqubo yokuhlanganisa kunye nokugcinwa kokuthengiswa, ukuba akukho festile yokukhusela, iya kungcolisa intloko ye-fiber optical transmission kwaye ibangele ingozi evuthayo.Nangona kunjalo, i-brand transmission optical fiber ayinayo iwaranti kunye newaranti, kwaye ixabiso lokutshintshwa ngamashumi amawaka.I-Raycus ifika esemgangathweni kunye neefestile ezikhuselayo kwaye ibonelela ngeenkonzo zokutshintsha simahla okokuqala ngqa ungcoliseko kunye nokutshiswa kweefestile ezikhuselayo.

umgangatho we-beam

I-BPP <4

I-BPP <4

 

Laser amandla attenuation index

ngaphantsi kwe-3% ngonyaka

ngaphantsi kwe-3% ngonyaka

URaycus ugcina amandla angasebenziyo kwilaser ukuze aqinisekise ukuba i-laser inokubuyiselwa kwisimo sefektri ukuba kukho nakuphi na ukuthomalalisa kwisithuba seminyaka emi-2.

Ukuzinza kwamandla kunye neNgcaciso yokuNcitshiswa

Uzinzo lwamandla

<±3%

<±3%

efanayo

Laser amandla attenuation index

<3% ngonyaka

<3% ngonyaka

efanayo

Usetyenziso

Isakhono sokusika

Intsimbi yeCarbon 25mm
Intsimbi engatyiwayo 20mm
Aluminiyam ingxubevange 20mm
Ubhedu 16mm

Intsimbi yeCarbon 25mm
Intsimbi engatyiwayo 20mm
Aluminiyam ingxubevange 20mm
Ubhedu 16mm

efanayo

Iwaranti kunye neNkonzo emva kweNtengiso

Iwaranti

Ixesha lewaranti + iiparamitha zewaranti yeminyaka emibini

Ixesha lewaranti

Ukuqinisekisa ukusebenziseka kubhekiselele ekuqinisekiseni ukuba umatshini awaphulwanga, kwaye nokuqinisekisa ukuba iiparamitha zokusetyenziswa kubhekiselele ekuqinisekiseni ukuba iiparamitha zokukhanya kwelaser ziyahambelana nezo zisuka kumzi-mveliso phantsi komqathango wokuba umatshini awonakele.

 

2. Ukusika iParameter yeRaycus Laser Source

Rel-C1000 Ukusika iParameter

I-REL-C1000 Qhubeka Umthombo weLaser (25μm)

Izinto eziphathekayo

Ukutyeba

(mm)

Isantya

(m/min)

Amandla

(w)

Irhasi

uxinzelelo lomoya

(ibha)

Umbhobho

(mm)

indawo ekugxilwe kuyo

(mm)

ukusika ukuphakama

(mm)

Intsimbi yekhabhoni

0.8

0.8

1000

N2/Umoya

10

1.5S

0

1

1

10

10

1.5S

0

1

2

4

1000

O2

2

1.2D

+3

0.8

3

3

0.6

1.2D

+3

0.8

4

2.3

0.6

1.2D

+3

0.8

5

1.8

0.6

1.2D

+3

0.8

6

1.5

0.6

1.5D

+3

0.8

8

0.8

0.6

1.5D

+3

0.8

10

0.8

0.6

2.5D

+3

0.8

Yenziwe ngentsimbi eshayinayo

1

20

1000

N2

12

1.5S

0

0.5

2

13

12

1.5S

0

0.5

3

6

12

2.0S

-1

0.5

5

3

12

3.0S

-1.5

0.5

6

1

14

3.0S

-2

0.5

Ingxubevange yeAluminiyam

0.8

18

1000

N2

12

1.5S

0

0.8

1

10

12

1.5S

0

0.5

2

5

14

2.0S

-1

0.5

3

1.5

16

3.0S

-1.5

0.5

Ubhedu

1

9

1000

N2

12

2.0S

0

0.5

2

2

14

2.0S

-1

0.5

3

0.8

16

3.0S

-1.5

0.5

PS: Iinophawu olubomvuiiparameters kwitheyibhile zibubungqina beparameters, ezichatshazelwa kakhulu yimiba eyahlukeneyo ekuqhutyweni kwangempela, kwaye zifanelekile kuphela kwimveliso encinci yebhetshi.Ukuveliswa kobuninzi kunye nokucubungula akukhuthazwa, kwaye iilaser zamandla aphezulu ziyacetyiswa.

Rel-C1500W Laser Source Parameter

Rel-C1500 Ukusika iParameter

REL-C1500 Qhubekeka Laser Source(50μm)

Izinto eziphathekayo

Ukutyeba

(mm)

Isantya

(m/min)

Amandla

(w)

Irhasi

uxinzelelo lomoya

(ibha)

Umbhobho

(mm)

indawo ekugxilwe kuyo

(mm)

ukusika ukuphakama

(mm)

Intsimbi yeCarbon

1

20

1500

N2/moya

10

1.5S

0

1

2

5

1500

O2

2

1.2D

+3

0.8

3

3.6

0.6

1.2D

+3

0.8

4

2.5

0.6

1.2D

+3

0.8

5

1.8

0.6

1.2D

+3

0.8

6

1.4

0.6

1.5D

+3

0.8

8

1.2

0.6

1.5D

+3

0.8

10

1

0.6

2.0D

+2,5

0.8

12

0.8

0.6

2.0D

+2,5

0.8

14

0.65

0.6

3.0D

+2,5

0.8

16

0.5

0.6

3.0D

+2,5

0.8

Yenziwe ngentsimbi eshayinayo

1

20

1500

N2

10

1.5S

0

0.8

2

7

12

2.0S

-1

0.5

3

4.5

12

2.5S

-1.5

0.5

5

1.5

14

3.0S

-2.5

0.5

6

0.8

16

3.0S

-3

0.5

Ingxubevange yeAluminiyam

1

18

1500

N2

12

1.5S

0

0.5

2

6

14

2.0S

-1

0.5

3

2.5

14

2.5S

-1.5

0.5

4

0.8

16

3.0S

-2

0.5

Ubhedu

1

15

1500

N2

12

1.5S

0

0.5

2

5

14

2.0S

-1

0.5

3

1.8

14

2.5S

-1.5

0.5

I-PS: Iiparamitha eziphawulwe obomvu kwitheyibhile ziyimilinganiselo yobungqina, echaphazelekayo kakhulu kwizinto ezahlukeneyo ekuqhubeni kwangempela, kwaye zifanelekile kuphela kwimveliso encinci yebhetshi.Ukuveliswa kobuninzi kunye nokucubungula akukhuthazwa, kwaye iilaser zamandla aphezulu ziyacetyiswa.

Rel-C2000W Laser Source Parameter

Rel-C2000 Ukusika iParameter

I-REL-C2000 Qhuba uMthombo weLaser (50μm)

Izinto eziphathekayo

Ukutyeba

(mm)

Isantya

(m/min)

Amandla

(w)

Irhasi

uxinzelelo lomoya

(ibha)

Umbhobho

(mm)

indawo ekugxilwe kuyo

(mm)

ukusika ukuphakama

(mm)

Intsimbi yeCarbon

1

25

2000

 

N2/moya

10

1.5S

0

1

2

9

10

2.0S

-1

05

2

5.2

2000

O2

1.6

1.0D

+3

0.8

3

4.2

0.6

1.0D

+3

0.8

4

3

0.6

1.0D

+3

0.8

5

2.2

0.6

1.2D

+3

0.8

6

1.8

0.6

1.2D

+3

0.8

8

1.3

0.5

2.0D

+2,5

0.8

10

1.1

0.5

2.0D

+2,5

0.8

12

0.9

0.5

2.5D

+2,5

0.8

14

0.8

0.5

3.0D

+2,5

0.8

16

0.7

0.6

3.5D

+2,5

0.8

18

0.5

0.6

4.0D

+3

0.8

20

0.4

0.6

4.0D

+3

0.8

Yenziwe ngentsimbi eshayinayo

1

28

2000

N2

10

1.5S

0

0.8

2

10

12

2.0S

-1

0.5

3

5

12

2.0S

-1.5

0.5

4

3

14

2.5S

-2

0.5

5

2

14

3.0S

-.5

0.5

6

1.5

14

3.0S

-3

0.5

8

0.6

16

3.0S

-4

0.5

Ingxubevange yeAluminiyam

1

20

2000

N2

12

1.5S

0

0.8

2

10

12

2.0S

-1

0.5

3

4

14

2.0S

-1.5

0.5

4

1.5

14

2.5S

-2

0.5

5

0.9

16

3.0

-2.5

0.5

6

0.6

16

3.0

-3

0.5

Ubhedu

1

18

2000

N2

12

1.5S

0

0.8

2

8

12

2.0S

-1

0.5

3

3

14

2.5S

-1.5

0.5

4

1.3

16

3.0S

-2

0.5

5

0.8

16

3.0S

-2.5

0.5

I-PS: Iiparamitha eziphawulwe obomvu kwitheyibhile ziyimilinganiselo yobungqina, echaphazelekayo kakhulu kwizinto ezahlukeneyo ekuqhubeni kwangempela, kwaye zifanelekile kuphela kwimveliso encinci yebhetshi.Ukuveliswa kobuninzi kunye nokucubungula akukhuthazwa, kwaye iilaser zamandla aphezulu ziyacetyiswa.

 

Rel-C3000W Laser Source Parameter

Rel-C3000 Ukusika iParameter

I-REL-C3000 Qhuba uMthombo weLaser (50μm)

Izinto eziphathekayo

Ukutyeba

(mm)

Isantya

(m/min)

Amandla

(w)

Irhasi

uxinzelelo lomoya

(ibha)

Umbhobho

(mm)

indawo ekugxilwe kuyo

(mm)

ukusika ukuphakama

(mm)

Intsimbi yeCarbon

1

35

3000

 

N2/moya

10

1.5S

0

1

2

20

10

2.0S

0

0.5

2

5.5

3000

O2

1.6

1.0D

+3

0.8

3

4

0.6

1.0D

+4

0.8

4

3.5

0.6

1.0D

+4

0.8

5

3.2

0.6

1.2D

+4

0.8

6

2.7

0.6

1.2D

+4

0.8

8

2.2

0.5

1.2D

+4

0.8

10

1.5

0.5

1.2D

+4

0.8

12

1

0.5

3.0D

+4

0.8

14

0.9

0.5

3.0D

+4

0.8

16

0.75

0.6

3.5D

+4

0.8

18

0.65

0.6

4.0D

+4

0.8

20

0.6

0.6

4.0D

+4

0.8

22

0.55

0.6

4.0D

+4

0.8

Yenziwe ngentsimbi eshayinayo

1

45

3000

N2

10

1.5S

0

0.8

2

24

12

2.0S

-0.5

0.5

3

10

12

2.5S

-1.5

0.5

4

6.5

14

2.5S

-2.5

0.5

5

3.6

14

3.0S

-3

0.5

6

2.7

14

3.0S

-3

0.5

8

1.2

16

3.5S

-3.5

0.5

10

0.8

16

4.0S

-4

0.5

Ingxubevange yeAluminiyam

1

30

3000

N2

12

1.5S

0

0.8

2

18

12

2.0S

0

0.5

3

8

14

2.0S

-1

0.5

4

6

14

2.5S

-2

0.5

5

3.2

16

3.0S

-3

0.5

6

2

16

3.0S

-3.5

0.5

8

0.9

16

3.5S

-4

0.5

Ubhedu

1

28

3000

N2

12

1.5S

0

0.8

2

15

12

2.0S

0

0.5

3

6

14

2.5S

-1

0.5

4

3

14

3.0S

-2

0.5

5

2.2

14

3.0S

-2.5

0.5

6

1.3

 

 

16

3.0S

-3

0.5

I-PS: Iiparamitha eziphawulwe obomvu kwitheyibhile ziyimilinganiselo yobungqina, echaphazelekayo kakhulu kwizinto ezahlukeneyo ekuqhubeni kwangempela, kwaye zifanelekile kuphela kwimveliso encinci yebhetshi.Ukuveliswa kobuninzi kunye nokucubungula akukhuthazwa, kwaye iilaser zamandla aphezulu ziyacetyiswa.

REL-C4000 Laser Source Parameter

I-REL-C4000 iparamitha yomthombo weLaser

I-REL-C4000 Qhuba uMthombo weLaser (50μm)

 

Izinto eziphathekayo

Ukutyeba

(mm)

Isantya

(m/min)

Amandla

(w)

Irhasi

uxinzelelo lomoya

(ibha)

Umbhobho

(mm)

indawo ekugxilwe kuyo

(mm)

ukusika ukuphakama

(mm)

Qaphela

Intsimbi yeCarbon

1

35

4000

N2/moya

 

10

1.5S

0

1

1

2

15

4000

10

2.0S

-1

0.5

3

10

4000

10

2.0S

-1.5

0.5

3

4.5

1800

O2

0.6

1.2D

+3

0.8

2

4

3.5

2400

0.6

1.2D

+3

0.8

5

3.2

2400

0.6

1.2D

+3

0.8

6

2.8

3000

0.6

1.2D

+3

0.8

8

2.3

3600

0.6

1.2D

+3

0.8

10

2

4000

0.6

1.2D

+3

0.8

12

1.2

1800-2200

0.6

3.0D

+2,5

0.8

14

1

1800-2200

0.5

3.5D

+2,5

0.8

16

0.8

2200-2600

0.5

3.5D

+2,5

0.8

18

0.7

2200-2600

0.5

4.0D

+2,5

0.8

20

0.65

2200-2600

0.5

4.0D

+3

0.8

22

0.6

2200-2800

0.5

4.5D

+3

0.8

25

0.5

2400-3000

0.5

5.0D

+3

0.5

Yenziwe ngentsimbi eshayinayo

1

40

4000

N2

10

1.5S

0

0.8

 

2

20

12

2.0S

-1

0.5

3

12

12

2.0S

-1.5

0.5

4

7

12

2.5S

-2

0.5

5

4.5

14

2.5S

-2.5

0.5

6

3.5

14

3.0S

-3

0.5

8

1.8

14

3.0S

-4

0.5

10

1.2

16

4.0S

-5

0.5

12

0.8

16

4.0S

-6

0.5

Ingxubevange yeAluminiyam

1

30

4000

N2

12

1.5S

0

0.6

 

2

20

12

2.0S

-1

0.5

3

13

14

2.0S

-1.5

0.5

4

7

14

2.5S

-2

0.5

5

5

14

2.5S

-2.5

0.5

6

3

16

3.0S

-3

0.5

8

1.3

16

3.0S

-4

0.5

10

0.8

16

3.5

-5

0.5

Ubhedu

1

28

4000

N2

12

1.5S

0

0.6

 

2

15

12

1.5S

-1

0.6

3

8

14

2.0S

-1

0.6

4

5

14

2.5S

-2

0.5

5

3

14

3.0S

-2

0.5

6

2.5

16

3.0S

-2.5

0.5

8

1

16

3.0S

-4

0.5

Phawula i-1: Kunconywa ukusebenzisa umoya okanye i-nitrogen ukusika i-carbon steel 1-3mm, isantya sokusika sikhawuleza kune-oksijini, kwaye kuya kuba ne-slag encinci.

Phawula i-2: Amandla asetyenziselwa ukugunyazisa kunye nesantya sokuthunyelwa kuya kwahluka ngokuhambelana nokucoceka kwegesi yesayithi, umgangatho weplate, njl.

Amanqaku: Iiparitha eziphawulwe ngokubomvu kwitheyibhile ziyimilinganiselo yobungqina, echaphazelekayo kakhulu kwizinto ezahlukeneyo ekuqhubeni kwangempela, kwaye zifanelekile kuphela kwimveliso encinci yebhetshi.Ukuveliswa kobuninzi kunye nokucubungula akukhuthazwa, kwaye iilaser zamandla aphezulu ziyacetyiswa.


Qhagamshela US

Sikhwaze
Fumana uhlaziyo lwe-imeyile