Visitech America  

400 W Bethany Dr Ste 110
Allen,  TX  75013-3714

United States
877-528-4747
  • Booth: E8047

Visitech provides high-end photo head subsystems that enable your business to build state-of-the-art imaging solutions for additive manufacturing, bio-printing, and direct imaging maskless lithography. We developed our systems for machine builders to incorporate into next-generation 3D printers, enabling high volume yield and excellent precision.

Powered by the industry’s most extensive DLP experience, Visitech’s LUXBEAM® Rapid System (LRS) provides multiple configuration options to suit advanced needs.  Our powerful UV or IR engines support stacking and scrolling configurations, permitting innovative development of high detail, high throughput mass production AM machines. Proven reliability and superior lifetime mean low cost of machine ownership – with Visitech inside.

We’re in the heart of your image – yet reach globally from our headquarters in Scandinavia and branches in Germany, China, and the United States. Discover how we can support your digital imaging solution at visitech.no.

 Videos

Visitech Scrolling Technology

 Products

  • LRS-WQ-DL
    The LRS-WQ-DL comprises an UV-optimized optical system and a selection of two high power LED light sources, providing up to 12.5 Watts optical power in the image.

    Single LED LRS-WQ-AC (air cooled) and LRS-WQ-LC (liquid cooled) versions also available....

    • The LUXBEAM® Rapid System LRS-WQ-DL, LRS-WQ-LC and LRS-WQ are a DLP® based stereo lithography subsystems specifically designed for professional 3D Printing and additive prototyping/manufacturing systems. With the robust and reliable high resolution DLP9000 WQXGA chip, the LRS-WQ line offers long lifetime and low maintenance costs.

    The LRS-WQ line is a proven and reliable plug-and-play system/module. With its integrated CPU and industry standard Ethernet communication interface, it provides advanced internal communication, logging communication, status tracking and other logging features.

    The system is configurable with numerous imaging lenses at different magnifications, providing anything from 1,9 micron native pixel pitch up to 130 micron in image, corresponding to an A4 sized build area.

    Properties

    DMD Type

    DLP9000 0,9” WQXGA

    Resolution

    WQXGA 2560 x 1600 px

    Operation mode

    Video Pattern Mode (VPM), Picture On The Fly (POTF)

    Projector Output Power

    WQ AC

    WQ LC

    WQ DL

    3.5W (365nm)

    5.0W (365nm)

    Up to 12.5W with power boost mode

    5.5W (385nm)

    7.0W (385nm)

    7.5W (405nm)

    9.0W (405nm)

    LED Options

    460nm / 405nm / 385nm / 365nm

    LED Driver

    Constant flux with Optical Feedback or Fixed Current

    Power Uniformity

     >90% native in image plane

    Contrast ratio

    ON / OFF: Up to 1500:1

    ANSI: Up to 500:1

    Dimensions w/o lens

    245 mm (L) x 282 mm (W) x 128 mm (H)

    Total weight

    5 kg (w/o lens and PSU)

    Power consumption

    250 W (varies with exposure scheme)

    Cooling system

    WQ AC

    WQ LC

    WQ DL

    Air cooling (internal fan)

    Liquid Cooling (external)

    Liquid Cooling (external)

    Software

    Complete API (Windows, Linux), platform independent web interface

    Features

    WQ AC/LC/DL:

    - Video signal (VPM) or single picture mode (POTF)     with external frame sychronization

    - Light intensity regulation (optical feedback)

    - Temperature feedback Controller board fw field upgrade

    WQ DL only:

    - LED Power Boost Mode (LPB)

    - Independant DUAL LED Operation Mode (DLO)
  • LRS-MCx-V2
    The LRS-MCx-V2 is a stackable configurable system specifically designed for static and scrolling multi-head implementations in 3D Print systems....

    • The LUXBEAM® Rapid System LRS-MCx-V2 offers stackability of modules for stitched images down to 50 micron pixel pitch in image with a 10 Gb ethernet connections for quick download time supporting high throughput production printing solutions. This allows for highest manufacturing throughput with single pass linear motion systems. Special alignment features grant pixel precise alignment of the modules and features the same robust and reliable high resolution DLP9500/DLP9500 UV chipset. The water-cooled modules offers long lifetime and ultimate performance.

    A typical implementation comprises at least two projection modules on a linear stage system. A selection of different high power LEDBEAMTM UV LED light sources, ranging from 365 nm to visible blue 460 nm and providing up to 9 Watts optical power in the image are availble.

    Multiple lens options support a wide scalability and system configurations. The system supports the Visitech LAMA API and GUI, a comprehensive software control system that manages the motion system and data management to each photohead.

    Properties

    DMD Type

    DLP9500 0,95” 1080p HD

    Resolution

    1920 x 1080 px

    Power (lens dependent)

    9W (with 405 nm)

    7W (with 385nm)

    5W (with 365nm)

    LED Options

    460nm / 405nm / 385nm / 365nm

    LED Driver

    Constant flux with Optical Feedback or Fixed Current

    Power Uniformity

     >90% native in image plane

    Contrast ratio

    ON / OFF: Up to 1500:1

    ANSI: Up to 500:1

    Dimensions w/o lens

    282 mm (H) x 94 mm (W) x 275 mm (L)

    Total weight

    5 kg (w/o lens and PSU)

    Power consumption

    250 W (per module)

    Cooling system

    Liquid Cooling (external)

    Software

    Complete API (Windows, Linux), web interface

    Features

    LAMA, SPX, PPC, Multihead synchronization

    Electrical connections

    Signal

    Power supply

    12V DC power supply

    Gigabit Ethernet

    10GBASE-T (IEEE 802.3an)

    Communication

    Ethernet (platform independent web interface)

    LED Safety Switch

    LED enable/disable

    Electrical Sync I/O

    Interface for external frame synchronization, RS485

    Optical Sync I/O

    820 nm multimode fiber

    Lens option

    Magnification

    Working Distance [mm]

    Pixel Pitch in image [µm]

    Native Image Size [mm]

    LRS-40

    3.7 : 1

    125

    28

    71.7 x 44.8

    LRS-50

    4.6 : 1

    178

    35

    89.6 x 56.0

    LRS-90n

    8.3 : 1

    375

    63

    161.3 x 100.8

    LRS-107

    9.9 : 1

    493

    75

    191.1 x 119.4

    LRS-126

    11.7 : 1

    575

    88

    225.8 x 141.1

    LRS-187

    17.3 : 1

    884

    131

    335.1 x 209.4

    LRS-03

    2.5 : 1

    16.0

    1.9

    4.8 x 3.0

    LRS-05

    0.5 : 1

    50.0

    3.9

    9.7 x 6.0

    LRS-10

    1.0 : 1

    71.0

    7.6

    19.4 x 12.1

    LRS-20

    2.0 : 1

    90.0

    15.1

    38.7 x 24.2

  • LRS-MCx Reference Stage
    The LRS-MCx Reference Stage is designed for machine builders to quickly evaluate, optimize and implement a customized high-speed printing machine based on their specific requirements....

    • Plug-and-play solution for multihead scrolling

    While introducing multihead scrolling as the most advanced solution for scaling up productivity of 3D Print Stereolithography systems, Visitech adds a plug-and-play reference stage to its portfolio. It is designated especially to customers that have good expertise with static 3D print machine development and production and that would like to explore business opportunities in 3D Print Additive manufacturing through implementing scalable motion systems for enlarged build areas.

    FLEXIBLE REFERENCE STAGE PLATFORM

    The reference stage is designed to be installed in both, bottom-up and top-down configurations. Depending on the projection lens selection, a variety of configuration options is feasible, allowing for seamless stitching of native images with pixel pitch as small as 50 micron. The reference stage can be used both in UV Stereolithographyt using up to 4 LRS-MCx photoheads as well as for systems for polymer-based Powder Bed Fusion (PBF) using the LRS-MCx-NIR photohead.

  • LRS-uSLA
    The LUXBEAM® Rapid System LRS-uSLA offers an integrated DLP photohead subsystem for scrolling multihead very high resolution stereolithography printing based on Visitech’s patented optical multiplexing technology....

    • The LUXBEAM® Rapid System LRS-uSLA (micro-SLA) offers stackability of modules for stitched images from 2.5 to 20 micron pixel pitch in image with a 10 Gb ethernet connections for quick download time supporting high throughput production printing solutions. This allows for highest manufacturing throughput with single pass linear motion systems. The system provides for an integrated autofocus system that supports process monitoring and system calibration.

    A typical implementation comprises at least two projection modules on a linear stage system. Both single and multi-spectral LED light source optionss are available. The water-cooled modules offers long lifetime and ultimate performance.

    Multiple lens options support a wide scalability and system configurations. The system supports the Visitech LAMA API and GUI, a comprehensive software control system that manages the motion system and data management to each photohead.

  • LRS-4KA v2
    The LRS-4KA is specifically designed for static additive manufacturing subsystems for a variety of applications. It offers a superior resolution with more than 8 million addressable pixels and a pixel pitch down to 10 microns....

    • Superior resolution light engine

    The LUXBEAM® Rapid System LRS-4KA is specifically designed for static implementations in 3D Printing and additive manufacturing systems. It offers a superior resolution DLP® based stereolithography sub-system with more than 8 million addressable pixel positions for production of the highest resolution parts. Different lens options offer flexible build area and an efficient optical system generates superior power output for high building speed. Three product variants are available:

    • LRS-4KA for high power systems.

    • LRS-4KA v2 uses the DLP670S.

    • LRS-WQm for cost-sensitive systems (no FPSC).

    SUPERIOR RESOLUTION STATIC CONFIGURATION

    The system comprises an UV-optimized optical system and configuration with different UV
    LED light sources. The LC4KA Controller provides
    a dedicated 3D Printing operation mode, the Full Pixel Sequence Control (FPSC) Mode, offering full and pixel accurate control, both over projected pixel content and the time sequence of projected subframes.

    Properties

    DMD Type

    DLP660TE (2716 x 1528 px)

    DLP670S (2716 x 1600) , LRS-4KAv2

    Resolution

    8,3 million addressable pixels (UHD-4k images with optical actuator)

    Operation Modes

    • 3840 x 2160 FPSC mode

    – Pixel-Pure-Images (2 x WQXGA)

    – Pure 8-bit grey-scale (No scaling, resampling or gamma/video processing)

    – Precise actuator timing control

    • 2716 x 1528 native pixel mode

    Projector Output Power

    (up to)

    4KAp:

    WQm:

    3 W (with 365nm)

    2 W (with 365nm)

    6 W (with 385nm)

    4.5W (with 385nm)

    7 W (with 405 nm)

    5 W (with 405 nm)

    LED Options

    460nm / 405nm / 385nm / 365nm

    LED Driver

    Constant flux with Optical Feedback or Fixed Current

    Power Uniformity

     >90% native in image plane

    Contrast ratio

    ON / OFF: Up to 1200:1

    ANSI: Up to 450:1

    Dimensions w/o lens

    190 mm (L) x 150 mm (W) x 228 mm (H)

    Total weight

    5 kg (w/o lens and PSU)

    Power consumption

    200 W (varies with exposure scheme)

    AC: Air Cooling (internal fan)

    Software

    Complete API (Windows, Linux), GUI

    Features

    FPSC Mode, light intensity regulation (optical feedback), adaptive fan control, external fram synchronization, temperature management

    Electrical connections

    Signal

    Power supply

    12V DC power supply

    Video Data

    HDMI or Ethernet (depending on operating mode)

    Communication

    USB

    LED Safety Switch

    LED enable/disable

    Electrical Sync In and Out

    Interface for external frame synchronization, BNC

    Lens option

    Working Distance [mm]

    Pixel Pitch in image [µm]

    Feature Size in FPSC /

    XPRTM mode [μm]

    Native Image Size

    W x H [mm2]

    4KA version

    LRS-4KA 14x

    500

    75.0

    37.5

    204 x 115

    LRS-4KA 17x

    524

    90.0

    45.0

    244 x 138

    WQm versions

    LRS-20 (2.0x)

    10.8

    5.4

    30.1 x 17

    LRS-WQm 3.6x

    125.5

    20

    10

    54.3 x 30.6

    LRS-WQm 4.6x

    180

    25

    12.5

    67.9 x 38.2

    LRS-WQm 13x

    350

    70.0

    35.0

    190 x 107

Categories

RAPID Products & Services
  • Additive Manufacturing Machines & Processes
  • Bioprinters/Bioprinting
  • Micro-Scale Additive Manufacturing
  • Stereolithography
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