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dmd  (Texas Instruments)

 
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    Texas Instruments dmd
    Dmd, supplied by Texas Instruments, used in various techniques. Bioz Stars score: 86/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/digital+micromirror+array+device/dmd/us06975366-65-8-16
    Average 86 stars, based on 1 article reviews
    dmd - by Bioz Stars, 2026-10
    86/100 stars

    Images

    Related Articles

    Fluorescence:

    Article Title: Super-resolution imaging of limited-size objects
    Article Snippet: The objective’s back focal plane was imaged onto a DMD (DLP500YX, Texas instruments) via a 2 f relay, with a pupil diameter of ~4.4 mm at the DMD.

    Article Title: All-Optical Nonlinear Real and Fourier-Space Shaping with All-Dielectric Fano Resonant Metasurfaces
    Article Snippet: The pump projects a 50× demagnified image ( f = 200 mm lens, Thorlabs, focuses in the BFP of the 50×, NA 0.8 microscope objective) of the DMD (Texas Instruments, DLP LightCrafter Single DLPC900 EVM, controller: DLPC900, chip: DLP6500) onto our disk-bar metasurface.

    Article Title: Anamorphic directional illumination device
    Article Snippet: Alternatively the spatial light modulator 48 may be a reflective spatial light modulator 48 such as Liquid Crystal on Silicon (LCOS) or a Microoptoelectromechanical (MOEMS) array of micro-mirrors such as the DMD from Texas Instruments.

    Article Title: Deep feature-specific imaging
    Article Snippet: As shown in Fig. 5, the setup consists of a DMD (digital micromirror device), specifically the DLP7000 model from Texas Instruments, and a PMT (photomultiplier tube), specifically the PMA Series from PicoQuant.

    Article Title: Photogrammetric camera and method for the two-dimensional measurement of objects
    Article Snippet: By way of example, micromirror devices from the DLP9000 product category by Texas Instruments® are suitable micromirror devices.



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    A) Schematic of the custom top-down FLight printer: Laser (405 nm) projection patterns were modulated with a digital <t>micromirror</t> device (DMD) and relayed through a lens-aperture assembly and mirror optics to project spatially patterned structures onto the mammary resin during fabrication. B) Light-dose matrices (intensity × exposure time) projected onto Matrigel/Col-I, dECM mam /Col-I and dECM mam /Matrigel photoresins. Each dot (1 × 1 mm) represents one tested light dose for printing. Exposure time range: 4-64 sec; Light intensity range: 2-64 mW cm -2 . C) Bright-field images and confocal reconstructions of millimeter-scale cylinders printed from each formulation. Constructs contained dense and continuously aligned filament networks (dashed boxes delimit the cylinder) Scale bars: 900 μm (left) and 100 μm (right). D) Histograms of filament angle orientation (alignment), with the percentage of filaments within ±15° of the dominant axis ( left ); quantification of filament-to-filament spacing (void spaces) for each resin (n = 60 void spaces from three technical replicates). Scale bars: 50 μm ( right ). E) Diffusion kinetics (10 kDA Rhodamine) in the three mammary hydrogels crosslinked with FLight printing or with homogenous UV light (bulk) at matched light intensities.
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    A) Schematic of the custom top-down FLight printer: Laser (405 nm) projection patterns were modulated with a digital <t>micromirror</t> device (DMD) and relayed through a lens-aperture assembly and mirror optics to project spatially patterned structures onto the mammary resin during fabrication. B) Light-dose matrices (intensity × exposure time) projected onto Matrigel/Col-I, dECM mam /Col-I and dECM mam /Matrigel photoresins. Each dot (1 × 1 mm) represents one tested light dose for printing. Exposure time range: 4-64 sec; Light intensity range: 2-64 mW cm -2 . C) Bright-field images and confocal reconstructions of millimeter-scale cylinders printed from each formulation. Constructs contained dense and continuously aligned filament networks (dashed boxes delimit the cylinder) Scale bars: 900 μm (left) and 100 μm (right). D) Histograms of filament angle orientation (alignment), with the percentage of filaments within ±15° of the dominant axis ( left ); quantification of filament-to-filament spacing (void spaces) for each resin (n = 60 void spaces from three technical replicates). Scale bars: 50 μm ( right ). E) Diffusion kinetics (10 kDA Rhodamine) in the three mammary hydrogels crosslinked with FLight printing or with homogenous UV light (bulk) at matched light intensities.
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    A) Schematic of the custom top-down FLight printer: Laser (405 nm) projection patterns were modulated with a digital <t>micromirror</t> device (DMD) and relayed through a lens-aperture assembly and mirror optics to project spatially patterned structures onto the mammary resin during fabrication. B) Light-dose matrices (intensity × exposure time) projected onto Matrigel/Col-I, dECM mam /Col-I and dECM mam /Matrigel photoresins. Each dot (1 × 1 mm) represents one tested light dose for printing. Exposure time range: 4-64 sec; Light intensity range: 2-64 mW cm -2 . C) Bright-field images and confocal reconstructions of millimeter-scale cylinders printed from each formulation. Constructs contained dense and continuously aligned filament networks (dashed boxes delimit the cylinder) Scale bars: 900 μm (left) and 100 μm (right). D) Histograms of filament angle orientation (alignment), with the percentage of filaments within ±15° of the dominant axis ( left ); quantification of filament-to-filament spacing (void spaces) for each resin (n = 60 void spaces from three technical replicates). Scale bars: 50 μm ( right ). E) Diffusion kinetics (10 kDA Rhodamine) in the three mammary hydrogels crosslinked with FLight printing or with homogenous UV light (bulk) at matched light intensities.
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    Image Search Results


    A) Schematic of the custom top-down FLight printer: Laser (405 nm) projection patterns were modulated with a digital micromirror device (DMD) and relayed through a lens-aperture assembly and mirror optics to project spatially patterned structures onto the mammary resin during fabrication. B) Light-dose matrices (intensity × exposure time) projected onto Matrigel/Col-I, dECM mam /Col-I and dECM mam /Matrigel photoresins. Each dot (1 × 1 mm) represents one tested light dose for printing. Exposure time range: 4-64 sec; Light intensity range: 2-64 mW cm -2 . C) Bright-field images and confocal reconstructions of millimeter-scale cylinders printed from each formulation. Constructs contained dense and continuously aligned filament networks (dashed boxes delimit the cylinder) Scale bars: 900 μm (left) and 100 μm (right). D) Histograms of filament angle orientation (alignment), with the percentage of filaments within ±15° of the dominant axis ( left ); quantification of filament-to-filament spacing (void spaces) for each resin (n = 60 void spaces from three technical replicates). Scale bars: 50 μm ( right ). E) Diffusion kinetics (10 kDA Rhodamine) in the three mammary hydrogels crosslinked with FLight printing or with homogenous UV light (bulk) at matched light intensities.

    Journal: bioRxiv

    Article Title: A 3D printed model of human lactation

    doi: 10.64898/2026.01.30.702762

    Figure Lengend Snippet: A) Schematic of the custom top-down FLight printer: Laser (405 nm) projection patterns were modulated with a digital micromirror device (DMD) and relayed through a lens-aperture assembly and mirror optics to project spatially patterned structures onto the mammary resin during fabrication. B) Light-dose matrices (intensity × exposure time) projected onto Matrigel/Col-I, dECM mam /Col-I and dECM mam /Matrigel photoresins. Each dot (1 × 1 mm) represents one tested light dose for printing. Exposure time range: 4-64 sec; Light intensity range: 2-64 mW cm -2 . C) Bright-field images and confocal reconstructions of millimeter-scale cylinders printed from each formulation. Constructs contained dense and continuously aligned filament networks (dashed boxes delimit the cylinder) Scale bars: 900 μm (left) and 100 μm (right). D) Histograms of filament angle orientation (alignment), with the percentage of filaments within ±15° of the dominant axis ( left ); quantification of filament-to-filament spacing (void spaces) for each resin (n = 60 void spaces from three technical replicates). Scale bars: 50 μm ( right ). E) Diffusion kinetics (10 kDA Rhodamine) in the three mammary hydrogels crosslinked with FLight printing or with homogenous UV light (bulk) at matched light intensities.

    Article Snippet: A fiber coupled laser (405 n, 1000 mW power) with a high speckle contrast ratio (for modulation instability enabling microfilament formation), was expanded with a 4 f magnification system and projected onto a digital micromirror array device (DMD; DLP6500FYE, Texas instruments) with a pixel resolution 1920 × 1080 and a pixel pitch 7.56 μ m.[ ] The DMD allowed to project the light in digitally designed images (Microsoft PowerPoint for Microsoft 365), through a plano convex lenses (1:1 magnification) with an aperture in between (for isolation of the reflected image from the DMD diffraction pattern), onto a mirror for top-down Flight printing.

    Techniques: Formulation, Construct, Diffusion-based Assay