Hot Sales CO2/YAG Optical Laser Scanning Mirror Galvanometer for Galvo Scanner

• Customization: Available
• After-sales Service: Provided
• Warranty: 1year
• Material: Si
• Shape: Plano
• Application: Civil, Labs
• Local Service Location: Singapore
• Single Gross Weight: 1.000kg
• Key Selling Points: Competitive Price
• Scratch/Dig: 40/20
• Packaging Details: Inner Packing Is in Protective Plastic Bag with Ti
• Dielectric or Silver Coating for ND: YAG Laser(1064nm/650nm)Bk7/Fs
• Weight (Kg): 1kg
• Supply Ability: 1000 Piece/Pieces Per Week
• Spare Parts Type: Laser Scanning
• Dielectric.or Silver Coating for ND: YAG Laser 1064nm/650nm)Bk7/Fs
• Condition: New
• Brand Name: Ronar-Smith
• Reflective Coating: Si/Bk7/Fs
• After Warranty Service: Online Support
• Single Package Size: 10X10X10cm
• Transport Package: Safety Package
• Specification: Customized
• Trademark: Ronar-Smith
• Origin: China
• Production Capacity: 1000 Piece/Pieces Per Week

Product Description

Scanning Mirror

Scanning mirrors are light weight rectangular mirrors used for high speed two-axis laser scanning systems. The dimensions or each mirror are calculated accordingly with the laser beam size. The mirror is designed with high reflectivity of 99.5% or above. The scanning mirror is generally mounted onto a galvanometer for scanning purposes. For two axis scan mirrors, commonly the Y mirror has a bigger size compared to the X mirror. This is due to the fact that the X mirror is used to scan the Y mirror rather than the object directly.

Part NO.	Wavelength	Input Beam(mm) (mm)	SIZE mm	X/Y	Reflection	Material
SCMSI-248/650-D30-X-FC	248/650	30	54*35*4	X	R>95%@248nm , R>80%@650nm	SI
SCMSI-248/650-D30-Y-FC	248/650	30	62*43*4	Y	R>95%@248nm , R>80%@650nm	SI
SCMSI-355/650-D10-X-FC	355/650	10	18*13*1.5	X	R>99%@355nm , R>80%@650nm	SI
SCMSI-355/650-D10-Y-FC	355/650	10	24.3*15.7*1.5	Y	R>99%@355nm , R>80%@650nm	SI
SCMSI-355/650-D15-X-FC	355/650	15	27*20*2.5	X	R>99%@355nm , R>80%@650nm	SI
SCMSI-355/650-D15-Y-FC	355/650	15	37.6*22.6*2.5	Y	R>99%@355nm , R>80%@650nm	SI
SCMSI-532-D10-X	532	10	18.3*13*2	X	R>99%@532nm	SI
SCMSI-532-D10-Y	532	10	23.2*16*2	Y	R>99%@532nm	SI
SCMSI-532/650-D15 -X-FC	532/650	15	27*20*2.5	X	R>99%@532nm,R>80%@650nm	SI
SCMSI-532/650-D15 -Y-FC	532/650	15	37.6*22.6*2.5	Y	R>99%@532nm,R>80%@650nm	SI
SCMSI-1064/650-D8-X-FC	1064/650	8	12*10*1	X	R>99%@1064nm , R>80%@650nm	SI
SCMSI-1064/650-D8-Y-FC	1064/650	8	16*11*1	Y	R>99%@1064nm , R>80%@650nm	SI
SCMSI-1064/650-D10-X-FC	1064/650	10	18.4*13*2	X	R>99%@1064nm , R>80%@650nm	SI
SCMSI-1064/650-D10-Y-FC	1064/650	10	23.3*15.9*2	Y	R>99%@1064nm , R>80%@650nm	SI
SCMSI-1064/650-D10-X-FC	1064/650	10	18*13*1.5	X	R>99%@1064nm , R>80%@650nm	SI
SCMSI-1064/650-D10-Y-FC	1064/650	10	24.3*15.7*1.5	Y	R>99%@1064nm , R>80%@650nm	SI
SCMK9-1064/650-D10-X-FC	1064/650	10	18.3*13*1.9	X	R>99%@1064nm , R>80%@650nm	K9
SCMK9-1064/650-D10-Y-FC	1064/650	10	23.2*16*1.9	Y	R>99%@1064nm , R>80%@650nm	K9
SCMSI-1064/650-D10-X-FC	1064/650	10	18.4*13*1.5	X	R>99%@1064nm , R>80%@650nm	SI
SCMSI-1064/650-D10 -Y-FC	1064/650	10	23.3*15.9*1.5	Y	R>99%@1064nm , R>80%@650nm	SI
SCMK9-1064/650-D16-X-FC	1064/650	16	28*20*2	X	R>99%@1064nm , R>80%@650nm	K9
SCMK9-1064/650-D16-Y-FC	1064/650	16	39*23*2	Y	R>99%@1064nm , R>80%@650nm	K9
SCMSI-1064/650-D18-X-FC	1064/650	18	27*23*2.5	X	R>99%@1064nm , R>80%@650nm	SI
SCMSI-1064/650-D18-Y-FC	1064/650	18	40*26*2.5	Y	R>99%@1064nm , R>80%@650nm	SI
SCMK9-1064/650-D20-X	1064/650	20	37*24*2.5	X	R>99%@1064nm , R>80%@650nm	K9
SCMK9-1064/650-D20-Y	1064/650	20	49*31*2.5	Y	R>99%@1064nm , R>80%@650nm	K9
SCMSI-1064/650-D20-X-FC	1064/650	20	35.7*25.5*5.5	X	R>99%@1064nm , R>80%@650nm	SI
SCMSI-1064/650-D20-Y-FC	1064/650	20	48.5*32*4.1	Y	R>99%@1064nm , R>80%@650nm	SI
SCMSI-10.6/650-D7-X-FC	10.6/650	7	13*12*1	X	R>99.8%@10.6um , R>80%@630-650	SI
SCMSI-10.6/650-D7-Y-FC	10.6/650	7	16*10*1	Y	R>99.8%@10.6um , R>80%@630-650	SI
SCMSI-10.6/650-D8-X-FC	10.6/650	8	15*12.2*1	X	R>99.3%@10.6um , Ravg>80%@630-650	SI
SCMSI-10.6/650-D8-Y-FC	10.6/650	8	20.5*12.8*1	Y	R>99.3%@10.6um , Ravg>80%@630-650	SI
SCMSI-10.6/650-D8-X-FC	10.6/650	8	15.7*11*1.5	X	R>99.3%@10.6um , Ravg>80%@630-650	SI
SCMSI-10.6/650-D8-Y-FC	10.6/650	8	21*12.2*1.5	Y	R>99.3%@10.6um , Ravg>80%@630-650	SI
SCMSI-10.6/650-D8.5-X-FC	10.6/650	8.5	14.9*11.4*1.6	X	R>99.3%@10.6um , Ravg>80%@630-650	SI
SCMSI-10.6/650-D8.5-Y-FC	10.6/650	8.5	20.2*12.3*1.6	Y	R>99.3%@10.6um , Ravg>80%@630-650	SI
SCMSI-10.6/650-D10-X-FC	10.6/650	10	19*15.5*1.5	X	R>99%@10.6um , R>80%@630-650	SI
SCMSI-10.6/650-D10-Y-FC	10.6/650	10	26.5*17*1.5	Y	R>99%@10.6um , R>80%@630-650	SI
SCMSI-10.6/650-D10-X-FC	10.6/650	10	16*13.2*1.5	X	R>99.3%@10.6um , Ravg>80%@630-650	SI
SCMSI-10.6/650-D10-Y-FC	10.6/650	10	22*14*1.5	Y	R>99.3%@10.6um , Ravg>80%@630-650	SI
SCMSI-10.6/650-D10-FC	10.6/650	10	18.4*13*2	X	R>99.3%@10.6um , Ravg>80%@630-650	SI
SCMSI-10.6/650-D10-Y-FC	10.6/650	10	23.3*15.9*2	Y	R>99.3%@10.6um , Ravg>80%@630-650	SI
SCMSI-10.6/650-D10-X-FC	10.6/650	10	18.7*14.6*1.22	X	R>99.3%@10.6um , Ravg>80%@630-650	SI
SCMSI-10.6/650-D10-Y-FC	10.6/650	10	23.1*15.9*1.78	Y	R>99.3%@10.6um , Ravg>80%@630-650	SI
SCMSI-10.6/650-D10-X-FC	10.6/650	10	12.7*12.5*1	X	R>99.3%@10.6um , Ravg>80%@630-650	SI
SCMSI-10.6/650-D10-Y-FC	10.6/650	10	18*12.7*1	Y	R>99.3%@10.6um , Ravg>80%@630-650	SI
SCMSI-10.6/650-D12-X-FC	10.6/650	12	21*16.8*2	X	R>99.3%@10.6um , Ravg>80%@630-650	SI
SCMSI-10.6/650-D12-Y-FC	10.6/650	12	30*19*2	Y	R>99.3%@10.6um , Ravg>80%@630-650	SI
SCMSI-10.6/650-D12-FC	10.6/650	12	21*16.8*2	X	R>99.3%@10.6um , Ravg>80%@630-650	SI
SCMSI-10.6/650-D12-Y-FC	10.6/650	12	30.8*21.5*2.9	Y	R>99.8%@10.6um , R>80%@630-650	SI
SCMSI-10.6/650-D14-X-FC	10.6/650	14	25*19*2	X	R>99.8%@10.6um , R>80%@630-650	SI
SCMSI-10.6/650-D14-Y-FC	10.6/650	14	32*21*2	Y	R>99.8%@10.6um , R>80%@630-650	SI
SCMSI-10.6/650-D15-X-FC	10.6/650	15	27*20*2.5	X	R>99.3%@10.6um , Ravg>80%@630-650	SI
SCMSI-10.6/650-D15-Y-FC	10.6/650	15	37.6*22.6*2.5	Y	R>99.3%@10.6um , Ravg>80%@630-650	SI
SCMSI-10.6/650-D16-X-FC	10.6/650	16	27*20*2.5	X	R>99.8%@10.6um , R>80%@630-650	SI
SCMSI-10.6/650-D16-Y-FC	10.6/650	16	37.5*22.5*2.5	Y	R>99.8%@10.6um , R>80%@630-650	SI
SCMSI-10.6/650-D18-X-FC	10.6/650	18	27*23*2.5	X	R>99.3%@10.6um , Ravg>80%@630-650	SI
SCMSI-10.6/650-D18-Y-FC	10.6/650	18	40*26*2.5	Y	R>99.3%@10.6um , Ravg>80%@630-650	SI
SCMSI-10.6/650-D20-X-FC	10.6/650	20	35*25*2	X	R>99.8%@10.6um , R>80%@630-650	SI
SCMSI-10.6/650-D20-Y-FC	10.6/650	20	35*30*2	Y	R>99.8%@10.6um , R>80%@630-650	SI
SCMSI-10.6/650-D20-X-FC	10.6/650	20	37*25.5*3	X	R>99.3%@10.6um , Ravg>80%@630-650	SI
SCMSI-10.6/650-D20-Y-FC	10.6/650	20	47*31*3	Y	R>99.3%@10.6um , Ravg>80%@630-650	SI
SCMSI-10.6/650-D20-X-FC	10.6/650	20	35.6*25*4	X	R>99.8%@10.6um , R>80%@630-650	SI
SCMSI-10.6/650-D20-Y-FC	10.6/650	20	46*31*4	Y	R>99.8%@10.6um , R>80%@630-650	SI

FAQ

1. who are we?
We are based in Jiangsu, China, start from 2008,sell to Domestic Market(7.14%),South Asia(7.14%),Southern Europe(7.14%),Northern
Europe(7.14%),Central America(7.14%),Western Europe(7.14%),Eastern Asia(7.14%),Mid
East(7.14%),Oceania(7.14%),Africa(7.14%),Southeast Asia(7.14%),Eastern Europe(7.14%),South America(7.14%),North America(7.14%).
There are total about 201-300 people in our office.

2. how can we guarantee quality?
Always a pre-production sample before mass production;
Always final Inspection before shipment;

3.what can you buy from us?
F-theta Scan Lens,Beam Expanders,Focusing Lens,Mirror,Window

4. why should you buy from us not from other suppliers?
Wavelength Opto-Electronic Co., Ltd (WOE), announced its company listing in National Equities Exchanges & Quotations (NEEQ) on Dec
16, 2014 under the stock code 831518.

5. what services can we provide?
Accepted Delivery Terms: FOB,CFR,CIF,EXW,CIP,Express Delivery
Accepted Payment Currency:USD,EUR,CNY;
Accepted Payment Type: T/T,L/C,Western Union,Cash,Escrow;
Language Spoken:English