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Special Design for Optical Glass Cutting Machine - Stereolithography 3D SLA 3D Printer for UV Laser Additive manufacturing Processing – HAAS


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With our loaded practical experience and thoughtful solutions, we now have been identified for a trusted provider for numerous intercontinental consumers for Co2 Laser Head Focus Lens, Galvo Scanner Laser, Laser Metal Rust Remover, Since establishment in the early 1990s, we have set up our sale network in USA, Germany, Asia, and several Middle Eastern countries. We aim to be a top class supplier for worldwide OEM and aftermarket!
Special Design for Optical Glass Cutting Machine - Stereolithography 3D SLA 3D Printer for UV Laser Additive manufacturing Processing – HAAS Detail:

Product Description

SLA(Stereolithography) is an additive manufacturing process that works by focusing an UV laser on to a vat of photopolymer resin. With the help of computer aided manufacturing or computer aided design(CAM/CAD) software, the UV laser is used to draw a pre-programmed design or shape on to the surface of the photopolymer vat. Photopolymers are sensitive to ultraviolet light, so the resin is photochemically solidified and forms a single layer of the desired 3D object. This process is repeated for each layer of the design until the 3D object is complete.
CARMANHAAS could offer customer the optical system mainly includes fast Galvanometer Scanner and F-THETA scan lens, Beam expander, Mirror, etc.

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Technical Parameters:

355nm Galvo Scanner Head 

Model

PSH14-H

PSH20-H

PSH30-H

Water cool/sealed scan head

yes

yes

yes

Aperture (mm)

14

20

30

Effective Scan Angle

±10°

±10°

±10°

Tracking Error

0.19 ms

0.28ms

0.45ms

Step Response Time(1% of full scale)

≤ 0.4 ms

≤ 0.6 ms

≤ 0.9 ms

Typical Speed

Positioning / jump

< 15 m/s

< 12 m/s

< 9 m/s

Line scanning/raster scanning

< 10 m/s

< 7 m/s

< 4 m/s

Typical vector scanning

< 4 m/s

< 3 m/s

< 2 m/s

Good Writing quality

700 cps

450 cps

260 cps

High writing quality

550 cps

320 cps

180 cps

Precision

Linearity

99.9%

99.9%

99.9%

Resolution

≤ 1 urad

≤ 1 urad

≤ 1 urad

Repeatability

≤ 2 urad

≤ 2 urad

≤ 2 urad

Temperature Drift

Offset Drift

≤ 3 urad/℃

≤ 3 urad/℃

≤ 3 urad/℃

Qver 8hours Long-Term Offset Drift (After 15min warn-up)

≤ 30 urad

≤ 30 urad

≤ 30 urad

Operating Temperature Range

25℃±10℃

25℃±10℃

25℃±10℃

Signal Interface

Analog: ±10V

Digital: XY2-100 protocol

Analog: ±10V

Digital: XY2-100 protocol

Analog: ±10V

Digital: XY2-100 protocol

Input Power Requirement (DC)

±15V@ 4A Max RMS

±15V@ 4A Max RMS

±15V@ 4A Max RMS

355nm F-Theta Lenses 

Part Description

Focal Length (mm)

Scan Field

(mm)

Max Entrance

Pupil (mm)

Working Distance(mm)

Mounting

Thread

SL-355-360-580

580

360×360

16

660

M85x1

SL-355-520-750

750

520×520

10

824.4

M85x1

SL-355-610-840-(15CA)

840

610×610

15

910

M85x1

SL-355-800-1090-(18CA)

1090

800×800

18

1193

M85x1

355nm Beam Expander 

Part Description

Expansion

Ratio

Input CA

(mm)

Output CA (mm)

Housing

Dia(mm)

Housing

Length(mm)

Mounting

Thread

BE3-355-D30:84.5-3x-A(M30*1-M43*0.5)

3X

10

33

46

84.5

M30*1-M43*0.5

BE3-355-D33:84.5-5x-A(M30*1-M43*0.5)

5X

10

33

46

84.5

M30*1-M43*0.5

BE3-355-D33:80.3-7x-A(M30*1-M43*0.5)

7X

10

33

46

80.3

M30*1-M43*0.5

BE3-355-D30:90-8x-A(M30*1-M43*0.5)

8X

10

33

46

90.0

M30*1-M43*0.5

BE3-355-D30:72-10x-A(M30*1-M43*0.5)

10X

10

33

46

72.0

M30*1-M43*0.5

355nm Mirror

Part Description

Diameter(mm)

Thickness(mm)

Coating

355 Mirror

30

3

HR@355nm,45° AOI

355 Mirror

20

5

HR@355nm,45° AOI

355 Mirror

30

5

HR@355nm,45° AOI


Product detail pictures:

Special Design for Optical Glass Cutting Machine - Stereolithography 3D SLA 3D Printer for UV Laser Additive manufacturing Processing – HAAS detail pictures

Special Design for Optical Glass Cutting Machine - Stereolithography 3D SLA 3D Printer for UV Laser Additive manufacturing Processing – HAAS detail pictures

Special Design for Optical Glass Cutting Machine - Stereolithography 3D SLA 3D Printer for UV Laser Additive manufacturing Processing – HAAS detail pictures

Special Design for Optical Glass Cutting Machine - Stereolithography 3D SLA 3D Printer for UV Laser Additive manufacturing Processing – HAAS detail pictures

Special Design for Optical Glass Cutting Machine - Stereolithography 3D SLA 3D Printer for UV Laser Additive manufacturing Processing – HAAS detail pictures

Special Design for Optical Glass Cutting Machine - Stereolithography 3D SLA 3D Printer for UV Laser Additive manufacturing Processing – HAAS detail pictures

Special Design for Optical Glass Cutting Machine - Stereolithography 3D SLA 3D Printer for UV Laser Additive manufacturing Processing – HAAS detail pictures

Special Design for Optical Glass Cutting Machine - Stereolithography 3D SLA 3D Printer for UV Laser Additive manufacturing Processing – HAAS detail pictures

Special Design for Optical Glass Cutting Machine - Stereolithography 3D SLA 3D Printer for UV Laser Additive manufacturing Processing – HAAS detail pictures


Related Product Guide:

Sticking for the belief of "Creating items of top of the range and creating buddies with people today from all over the world", we normally put the interest of shoppers in the first place for Special Design for Optical Glass Cutting Machine - Stereolithography 3D SLA 3D Printer for UV Laser Additive manufacturing Processing – HAAS , The product will supply to all over the world, such as: Iraq, Philadelphia, Jeddah, Only for accomplishing the good-quality product to meet customer's demand, all of our products have been strictly inspected before shipment. We always think about the question on the side of the customers, because you win, we win!
  • A nice supplier in this industry, after a detail and careful discussion, we reached a consensus agreement. Hope that we cooperate smoothly.
    5 Stars By Heather from Rwanda - 2017.09.09 10:18
    The sales manager is very patient, we communicated about three days before we decided to cooperate, finally, we are very satisfied with this cooperation!
    5 Stars By Geraldine from Belize - 2018.12.30 10:21

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