Sentences with phrase «substrate print»

Installation views of Flats, 2015, 3D powder print, UV varnish, direct - to - substrate print, acrylic, solid surface.

powder coated steel guard rails, urinal partition from Marcel Breuer's Armstrong Rubber Co building, direct - to - substrate print on aluminium,

Sara Greenberger Rafferty, Freestanding Figs (Puller), 2012, painted steel, direct substrate print on plastic, magnets, 63 x 23 1/2 x 12 1/4 inches, 160 x 59.7 x 31.1 cm, Edition of 3

Zak Kitnick, «American Ships (AIDO - 13),» 2013, direct to substrate print on powder coated steel shelving, 47 1/2 x 29 1/2 x 1 1/2 inches, 120.7 x 74.9 x 3.8 cm

Tom Burr, Women Who Work, 2017, powder coated steel guard rails, IKEA desk chairs, direct - to - substrate print on aluminium, book (Women's Work: Textile Art from the Bauhaus by Sigrid Wortmann Weltge), 1.2 x 3.1 x 6.2 m, installation view at Bortolami, New Haven.

Main image: Tom Burr, Brutalist Bathroom (detail), 2017, powder coated steel guard rails, bathroom doors from Marcel Breuer's Armstrong Rubber Co building, direct - to - substrate print on aluminum, 2.1 x 6.3 x 3.1 m, installation view at Bortolami, New Haven.

Installation view (Sara Greenberger Rafferty, «Fig (Jump),» 2011, direct substrate print on plastic, 68 1/2 x 47 1/4 inches, 174 x 120 cm, Edition of 3)

Installation view (Sara Greenberger Rafferty, «Fig (Bend),» 2011, direct substrate print on plastic, 59 1/4 x 48 1/4 inches, 150.5 x 122.6 cm, Edition of 3)

Installation view (Sara Greenberger Rafferty, «Figs (Wall),» 2011, direct substrate print on plastic, 72 x 48 inches, 182.9 x 121.9 cm, Edition of 3)

Sara Greenberger Rafferty, «Frame,» 2011, direct substrate print on Plexiglas and hardware, 57 1/2 x 47 1/2 x 1/2 inches, 146.1 x 120.7 x 1.3 cm, Edition of 3

Sara Greenberger Rafferty, «Window Piece,» 2011, direct substrate print on Plexiglas and hardware, 74 x 35 x 1/8 inches, 188 x 88.9 x.3 cm, Edition of 3

Ethan Greenbaum Tooth, Nail, 2014 Direct to substrate print on vacuum formed plastic and spray enamel 43 3/4 x 53 3/4 inches

Sara Greenberger Rafferty Untitled, 2013 Direct substrate print on Plexiglas and hardware 25 x 33 x 1/2 inches Edition 1 of 3, 1 AP

«Most of the substrates we print on are flexible substrates.»

Described as «direct substrate prints on plastic,» each features a distorted photo of a long - haired brunette in gym clothes.

Sara Greenberger Rafferty (b. 1978) Untitled, 2014 direct substrate printed plastic and painted screws 40 1/2 x 39 1/2 inches (irregular) Courtesy the artist and Rachel Uffner Gallery

Sara Greenberger Rafferty, «Spread,» 2014, direct substrate printed plastic on Plexiglas and hardware, 48 x 62 x 1/2 inches (121.9 x 157.5 x 1.3 cm)

Sara Greenberger Rafferty, «Printed Frame with Screws,» 2014, direct substrate printed plastic and hardware, 50 x 40 inches (127 x 101.6 cm), Edition 1 of 3

Sara Greenberger Rafferty, «Printed Frame with Stool,» 2014, direct substrate printed plastice and hardware, 144 x 24 inches (365.8 x 61 cm), Edition 1 of 3

Sara Greenberger Rafferty, Printed Frame with Screws, 2014, direct substrate printed plastic and hardware, 50 x 40 inches, Edition of 3

Sara Greenberger Rafferty, «Printed Frame with Stool,» 2014, direct substrate printed, plastic and hardware, 144 x 24 inches (365.8 x 61 cm), Edition 1 of 3 1 AP.

Not exact matches

All substrates will be printed in UV - flexo technology and digital printing.

In the process of manufacturing flexible packaging the print will be buried between the outside substrate and the rest of the structure, offering scuff and chemical resistance.

The investment helps expand Rondo - Pak's capabilities for printing on a broad range of synthetics and extra thick substrates while ensuring precision color matching across a variety of packaging and materials applications.

Other printing and package printing solutions from DuPont include high - quality inks and substrates.

Allen Coding has installed a number of labelling systems at Whyte & Mackay, including a specially - developed split - head coder, designed for high quality, accurate printing on different substrates in a confined space.

The SurePress industrial inkjet digital label press with White ink makes high - quality, short - run label printing easier and more efficient, even on metallic and clear substrates.

Matthews offers Laser Coding and Small Character Continuous Inkjet (CIJ) Printers, both of which print high quality permanent codes onto a vast range of substrates at high speeds.

Designed for prime label converters and commercial printers, the Epson SurePress L - 4033AW is a seven - color inkjet digital label press with white ink for short - run label printing, even on clear and metallic substrates.

The range was printed on a silver polypropylene substrate and looks amazing!

The medium carries the message 16 Mar 2018 In digital printing the interaction between ink and substrate, along with the drying mechanism, is critical.

Matthews has a broad range of coders that can print onto a variety of substrates, including primary packaging (such as plastic bottles) and also secondary packaging (cartons and pallets).

The Comexi 8 colour press delivers high print quality, can process multiple substrates and print a v...

The Comexi 8 colour press delivers high print quality, can process multiple substrates and print a variety of products, as well as many other benefits.

The stripped back, non-traditional design approach utilises premium, uncoated, substrates, litho printed to create the desired luxury effect.

Direct Object Printing takes technology that typically prints to a label substrate and instead prints directly to the package, eliminating the need for label materials.

These substrates are designed for high resolution printing on on - demand roll to roll inkjet - printers.

«Our approach uses electrohydrodynamic printing, which relies on electrostatic force to eject the ink from the nozzle and draw it to the appropriate site on the substrate,» says Jingyan Dong, co-corresponding author of a paper on the work and an associate professor in NC State's Edward P. Fitts Department of Industrial & Systems Engineering.

Researchers at North Carolina State University have developed a new technique that allows them to print circuits on flexible, stretchable substrates using silver nanowires.

Alternating high - salinity and low - salinity gels (red and blue gels, respectively) were printed onto one substrate, and alternating cation - selective and anion - selective gels (green and yellow gels, respectively) were printed onto a second substrate.

The carrier substrate will be wound on a roll in this case, similar to how newspapers are printed.

A flexible type of substrate material is necessary for fabrication that uses a printing process.

The islands were lithographically printed onto a substrate, arranged in a square - lattice pattern, with the north and south poles of each nanomagnet meeting and interacting at their four - pronged vertices.

Current printed electronics, such as transistors, light emitted diodes and solar panels, can be printed on plastic or paper substrates, but these substrates tend to be rigid or hard.

«For some applications, such as three - dimensional graphene printing, polyimide may not be an ideal substrate,» he said.

«Basically, we print 2D structures onto a pre-strained elastomer substrate with selected bonding points.

Instead of printing with normal ink, electrically - functional electronic ink is printed on flexible, thin films (so - called substrates).

OSU scientists have solved that problem by using a microreactor to create silver nanoparticles at room temperatures without any protective coating, and then immediately printing them onto almost any substrate with a continuous flow process.

The array, printed on the nanowire substrate with a 400 micron pitch, consists of siRNAs targeted against the intermediate filament vimentin (Pink) and a nuclear histone H1 protein (Green).

The technique can use multiple metals and substrates and is compatible with existing manufacturing systems that employ direct printing technologies.