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Gallery

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Three white acetal plastic components with rounded edges and small drilled holes, arranged on a transparent background
Clear laminated acrylic fluidic manifold block with internal channels and ports visible for directing fluid flow in laboratory or medical applications.
Three cylindrical clear acrylic components with precision-machined holes and polished surfaces, displayed on a reflective black background.
Two-layer clear acrylic fluidic manifold with engraved flow channels, labeled ports, and color-coded bottle connections for directing liquids in laboratory or medical systems.
Clear acrylic fluidic manifold with CNC milled flow channels, black-labeled ports, and embedded flowmeter for directing liquids in laboratory or medical systems.
Transparent COC plastic microfluidic manifold with intricate channels, featuring a geometric pattern on a white background. The design is precise and technical.
Clear COP plastic manifold with metal pegs on a white background. The large manifold has multiple rows of bulb shapes; the small one has six leaf shapes.
Close-up of a transparent COC plastic manifold featuring precision-machined channels and threading arranged in a complex pattern.
Noryl
A round gray flanged PEEK plastic component with multiple holes next to a beige PEEK rectangular block with threaded holes, both on a plain background.
A clear polycarbonate plastic circular silver dispensing manifold with a smooth surface, featuring a central hole and multiple smaller holes around it, conveying precision engineering.
Clear, L-shaped polycarbonate manifold with internal channels, screws, and a central vertical tube, used in fluid dynamics as flow paths.
A clear rectangular polycarbonate manifold with machined microfluidics channels
A clear, rectangular microfluidic manifold with intricate internal channels and circuits is shown standing upright on a white background.
A translucent yellow polysulfone plastic component with rectangular and cylindrical shapes, featuring a central square opening and several internal structures, viewed on a white background.
A translucent polysulfone microfluidic manifold resembling an abstract circuit or network pattern, viewed at an angle on a white background.
Transparent amber-colored diffusion bonded polysulfone plastic microfluidic chip with multiple CNC machined channels, circular inlets, and ports on its surface, shown on a white background.
A cylindrical, copper-brown PPS plastic insulator component with several grooves, holes, and ridges, photographed on a white background.
A black rectangular, PVC plastic hydraulic manifold block with multiple circular ports and threaded holes on its front and side surfaces, used for directing fluid flow in hydraulic systems.
Rectangular orange ULTEM transparent plastic manifold with a grid of raised cylindrical pegs and CNC machined lines forming multiple rectangles and pathways across the surface.
A transparent, amber-colored Radel plastic manifold with visible fluidic pathways and reservoirs, standing upright against a white background.
An opaque rectangular Rexolite plastic block labeled M2M G2-L0, featuring three embedded brass threaded inserts and an internal metal rod, isolated on a white background.
Transparent yellow ULTEM plastic component with multiple threaded inserts and intersecting drilled channels, viewed at an angle, demonstrating internal structure and engineering details.
Transparent amber-colored rectangular ULTEM plastic component with internal channels and holes featuring two large corner holes and intricate internal pathways as a custom microfluidic component
A transparent yellow ULTEM rectangular plastic manifold with cut-out channels and holes, some with threaded inserts, used as a fluidic/microfluidic device for directing liquid or gas flow.
Transparent amber-colored ULTEM plastic medical component with cylindrical and tubular connectors, used for fluid handling and analysis in laboratory and clinical equipment.
A tan ULTEM plastic bracket with a large circular cutout at the top, several smaller circular and rectangular holes, and structural arms on either side.