Retail storefronts, hospitality districts, restaurants, pedestrian shopping corridors, mixed-use developments, corporate campuses, branded wayfinding programs, and projecting identity signs that need dimensional illuminated graphics visible from both directions.
Push-through Blade Signs
Double-sided illuminated blade signs with routed metal faces and dimensional acrylic graphics.
Push-through Blade Signs combine fabricated aluminum or 304 stainless steel faces with routed openings and dimensional acrylic letters, logos, or shapes that project through the cabinet surface. The standard configuration is double-sided for visibility in both directions along the façade, while a single-sided version remains available upon request when one primary viewing direction is preferred.
Viewing Configuration
Double-sided standard
Face System
Routed metal + push-through acrylic
Support
Quote to production
Production Focus
Designed for accurate routed openings, controlled acrylic projection,
balanced double-sided illumination, engineered arm assemblies,
and installer-ready documentation. Single-sided construction remains
available upon request.
Built for
project partners
Signage Companies
Design Firms
Franchise Owners
Corporate Accounts
Opaque metal faces frame illuminated acrylic graphics that push through the cabinet surface, creating a dimensional day-and-night appearance with front glow and visible edge depth. The standard presentation is double-sided; single-sided construction is available on request.
Viewing configuration, artwork feasibility, stroke widths, acrylic projection, cabinet size and depth, arm and wall-plate structure, finish, LED color, controls, power routing, service access, and permitting inputs before fabrication begins.
Technical Specifications
Fabrication data for Push-through Blade Signs.
Review the standard double-sided Push-through Blade Sign construction, routed metal faces, dimensional acrylic graphics, cabinet depth, projecting-arm structure, lighting, service access, and quote requirements. Single-sided construction is available upon request.
Final specificationConfirmed after artwork and site review
StyleProjecting push-through cabinet
ViewingDouble-sided standard; single-sided on request
Minimum DepthApproximately 2.5"; project-specific
Cabinet & ArmsAluminum or 304 stainless steel
Graphic SystemRouted metal face + push-through acrylic
1 / Construction
Double-sided Push-through Blade Sign system.
The standard presentation below shows the double-sided configuration with two opposing push-through faces, routed metal panels, internal LED illumination, a fabricated projecting cabinet, and an engineered wall-arm assembly. Single-sided construction is available upon request.
Primary System
Double-Sided Push-through Blade Sign
Two opposing routed metal faces receive dimensional acrylic graphics to provide illuminated visibility from both directions along the façade. The cabinet, internal framing, support arms, and service method are engineered around sign size, wall condition, wind exposure, and maintenance access. Single-sided construction is available upon request.
Cross SectionTwo opposing push-through faces with center LED structure
The drawing shows the two face assemblies, routed metal panels, push-through acrylic graphics, internal LED layout, center support structure, and overall cabinet depth relationship.
Finished EffectProjecting dimensional graphics visible in both directions
The finished sign presents illuminated push-through graphics to both directions of travel with a dimensional metal-and-acrylic appearance. Single-sided construction remains possible upon request when a one-direction view is preferred.
ViewingTwo opposing directions
GraphicsDimensional push-through acrylic
StructureReinforced arm assembly
Construction Details
Primary components coordinated for a serviceable projecting push-through sign.
1
Wall Plate & ArmsAluminum or 304 stainless steel structure
Plate size, arm count, reinforcement, welds, fastener pattern, and finish are engineered around cabinet size, weight, projection, wall construction, and exposure.
2
Routed Metal FacePrecision-cut openings matched to acrylic graphics
The cabinet face is routed to the approved artwork, then deburred, reinforced, welded, and finished to preserve clean edges, registration, and structural stability.
3
Push-through AcrylicDimensional letters, logos, or graphic elements
Acrylic material, thickness, projection, diffusion, color, backing plate, attachment, and service method are coordinated with the routed openings.
4
Illumination & ElectricalProject-specific LED and power system
LED placement, reflective surfaces, power supplies, controls, disconnects, wire routing, labeling, thermal conditions, and service access are coordinated before fabrication.
5
Installation PreparationAnchors, sealing, patterns, and field instructions
Wall penetrations, weather sealing, arm attachment, hardware requirements, lifting, and installer notes are finalized before shipment.
2 / Core Specs
Primary production specifications.
Final construction depends on viewing configuration, artwork, routed-opening geometry, acrylic projection, cabinet depth, internal framing, LED layout, service access, wall construction, exposure, and installation requirements.
Specification
Planning Standard
Production Notes
Sign Style
Push-through Blade Sign
A projecting illuminated cabinet with opaque routed metal faces and dimensional acrylic graphics extending through the openings.
Viewing Configuration
Double-sided standard
The standard production configuration presents two opposing illuminated push-through faces. Single-sided construction is available upon request when a one-direction viewing condition is preferred.
Cabinet, Frame & Arms
Aluminum or 304 stainless steel
Material, wall plate, arm count, reinforcement, welds, fasteners, finish, and corrosion protection are selected around size, weight, projection, environment, and structural requirements.
Routed Metal Face
Fabricated aluminum or 304 stainless steel
Opening feasibility depends on stroke width, bridges, counters, corner radii, metal thickness, acrylic registration, reinforcement, finish, and cabinet size.
Push-through Graphics
Acrylic or approved polycarbonate
Material, thickness, projection, color, diffusion, edge treatment, backing, attachment, impact requirements, and service access are selected by project.
Graphic Treatment
Colored acrylic, translucent vinyl, or UV printing
Selected around solid color, brand matching, gradients, imagery, detail, day/night appearance, and compatibility with the acrylic construction.
Acrylic Projection
Project-specific
Projection is coordinated with graphic scale, stroke width, material thickness, edge illumination, attachment method, cabinet proportion, and handling.
Cabinet Depth
Approximately 2.5" minimum when feasible; project-specific
Depth depends on face count, acrylic projection, LED throw, graphic geometry, backing plates, internal framing, power supplies, thermal conditions, and service access.
Service Access
Removable panel or engineered service opening
The service method is selected around double-sided construction, acrylic replacement, LED access, arm position, wiring, and installation clearance. Single-sided service access can also be engineered when requested.
LED System
Static white standard; RGBW available by project
LED layout, color temperature, controls, power supplies, reflective surfaces, thermal conditions, acrylic diffusion, and service access are engineered for consistent output.
Electrical Construction
Class 2 LED system with listed-sign coordination
Components, field wiring, markings, disconnects, installation instructions, and power access are coordinated to applicable UL 48 and NEC Article 600 requirements.
Mounting
Engineered wall plate, projecting arms, and substrate-specific anchors
Attachment depends on wall construction, internal backing, cabinet projection, weight, wind exposure, access, and local code requirements.
Application
Interior or exterior
Exterior builds require project-specific sealing, drainage, corrosion protection, wiring protection, hardware, acrylic attachment, and finish review.
3 / Size & Depth
Graphic projection, cabinet depth, and structural support are engineered together.
The approximately 2.5-inch minimum depth is a starting point only. Final depth, overall size, acrylic projection, arm structure, lighting, service access, wind exposure, and wall attachment are reviewed as one assembly.
Critical Planning Rule
Push-through artwork must provide enough width and surrounding metal for routed openings, acrylic attachment, backing plates, counters, corners, bridges, service access, and long-term cabinet rigidity.
Viewing ConfigurationOne or two illuminated faces
Orientation and viewing paths establish the cabinet, LED, acrylic, and internal framing system.
Cabinet DepthApproximately 2.5" minimum when feasible
Final depth depends on LED throw, acrylic diffusion, face count, backing plates, framing, service access, and visual proportion.
Push-through GeometryArtwork reviewed for fabrication access
Narrow strokes, isolated centers, small counters, sharp corners, and connected elements may require wider features, radii, tabs, reinforcement, or artwork adjustment.
Acrylic ProjectionProject-specific dimensional depth
Projection is selected around scale, stroke width, edge glow, material thickness, attachment, cabinet proportions, handling, and viewing distance.
Overall Sign SizeCustom by project
Artwork, viewing distance, projection limits, structural loads, acrylic span, handling, freight, and site access are reviewed.
Acrylic AttachmentBacking and fastening by project
Mechanical attachment, bonding, backing plates, overlap, clearances, replaceability, thermal movement, and water management are coordinated.
Projection from WallCode- and site-dependent
Arm length, wall plate, cabinet location, clearances, sight lines, and local projecting-sign restrictions are coordinated.
Arms & Wall PlateEngineered for cabinet loads
Arm count, spacing, plate dimensions, welds, anchors, concealed backing, and attachment access are reviewed.
Wind & Structural LoadsExterior loads reviewed
Cabinet area, projection, arm moment, wall capacity, anchor loads, exposure, and jurisdictional requirements are evaluated.
Service ClearanceAcrylic, LED, and power access preserved
Panel removal, fasteners, backing plates, arm interference, controller location, and field service procedures are confirmed before fabrication.
4 / Lighting
Dimensional illumination through projecting acrylic graphics.
Static white illumination is the standard platform, with RGBW available when specified and engineered for cabinet depth, acrylic color, projection, controls, power access, and required color performance.
Lighting Configuration
Double-sided standard illumination layout
LED layout is selected around the standard double-sided face arrangement, routed openings, acrylic material, projection, cabinet depth, internal framing, reflective surfaces, service access, and target brightness. Single-sided construction can also be detailed upon request.
Static White3500K-6500K planning range
Warm through daylight white is coordinated with acrylic color, edge behavior, graphic treatment, environment, and brand appearance.
RGBWOptional programmable color
Available by project with a dedicated white channel, compatible controls, power planning, ventilation, and accessible controller location.
Standard LayoutBalanced output to both illuminated faces
LED spacing, center framing, reflective surfaces, depth, acrylic diffusion, and projection are coordinated to keep both faces visually consistent.
Lighting CoordinationFace spacing and internal structure engineered together
Central framing, LED orientation, wiring, service path, backing plates, and acrylic transmission are reviewed together for the double-sided build.
Face IlluminationMaterial- and geometry-dependent
Acrylic color, diffusion, graphic treatment, thickness, LED distance, and internal reflections influence front brightness and color.
Edge IlluminationControlled by projection and finish
Acrylic projection, edge polish or diffusion, side masking, vinyl, printing, and ambient viewing conditions determine visible edge glow.
Light ContainmentOpaque cabinet controls spill light
Opening fit, backing plates, seams, baffles, gaskets, service panels, and acrylic overlap are detailed to reduce unintended leakage.
Power SuppliesAccessible and load-matched
Power quantity, location, ventilation, circuit loading, disconnects, controls, and replacement access are confirmed.
Wire RoutingThrough cabinet, arms, and wall plate
Internal passages, wall penetrations, strain relief, grounding, weather protection, and installer connections are documented.
Exterior ServiceDrainage and weather planning
Panel seals, acrylic attachment, weep paths, penetrations, corrosion protection, thermal cycling, and access are reviewed.
5 / Materials & Finish
Materials selected around structure, acrylic projection, lighting, and brand standards.
Cabinet, faces, arms, wall plate, acrylic graphics, backing plates, graphic treatment, finish, environment, lighting, service, and mounting are coordinated as one system.
Aluminum Cabinet & ArmsLightweight and fabrication-efficient
Suitable for cabinets, routed faces, wall plates, internal framing, powder coating, and custom-painted architectural finishes.
304 Stainless Steel Cabinet & ArmsPremium corrosion-resistant metal
Suitable for routed faces, cabinets, wall plates, brushed or polished presentation, paint, electroplating, and compatible premium finishes.
Push-through AcrylicDimensional illuminated graphic material
Color, thickness, diffusion, projection, impact requirements, edge treatment, attachment, service access, and exterior exposure are selected around the artwork.
Acrylic Graphic TreatmentColored acrylic, vinyl, or UV printing
Colored acrylic supports solid illuminated color; translucent vinyl supports brand matching; UV printing supports gradients, imagery, and detailed artwork where compatible.
Acrylic Edge TreatmentPolished, diffused, masked, or finished
Visible edge glow and daytime appearance are controlled through machining, polishing, sanding, paint, vinyl, film, and project-specific masking.
Backing & AttachmentMechanical or bonded assembly
Backing plates, fasteners, adhesives, overlaps, thermal movement, replacement access, and water management are coordinated by project.
Powder Coat & PaintCustom color matching
Pantone/PMS, Sherwin-Williams, physical samples, gloss, texture, and architectural references can be coordinated.
Metallic FinishesMaterial-specific premium options
Brushed, polished, mirror, plated, electroplated, and PVD-style effects are reviewed for metal compatibility, grain direction, handling, and exposure.
6 / Quote Prep
Information required for an accurate quote.
Supplying project details upfront helps confirm viewing configuration, push-through feasibility, acrylic projection, cabinet depth, lighting, structure, mounting, pricing, production requirements, freight, and lead time.
Best Starting Point
Send the artwork and site photos.
Vector artwork and clear wall information let us review routed openings, stroke widths, counters, acrylic projection, backing plates, cabinet depth, arm structure, wall plate, anchors, power, and service access.
Start a QuoteArtworkAI, EPS, SVG, or PDF
Vector files are preferred. Include both face layouts if the two sides use different graphics.
Viewing ConfigurationDouble-sided standard; single-sided on request
Confirm the required viewing directions, sign orientation, pedestrian or traffic approach, and whether the standard double-sided presentation should be modified.
Overall Size & ProjectionCabinet and acrylic dimensions
Provide cabinet width, height, depth, wall projection, desired acrylic projection, clearances, and known code restrictions.
Push-through AppearanceAcrylic color, projection, and edge effect
Provide illuminated colors, desired edge glow, graphic treatment, day/night references, and separate artwork for each side when applicable.
Cabinet, Arms & FinishAluminum or 304 stainless steel
Provide preferred material, paint or powder-coat color, brushed or polished references, and architectural finish requirements.
Install LocationWall construction and site photos
Include substrate, internal backing, elevation, access, exposure, sign height, available electrical service, and permit constraints.
Wall & StructureSubstrate, backing, and anchors
Provide wall assembly information, attachment access, concealed conditions, structural drawings, or engineer requirements when available.
Power & WiringCircuit, disconnect, controls, and routing
Confirm power location, wall penetrations, wire path through the arms, RGBW controller requirements, and installer responsibilities.
Code, Access & FreightPermit and installation constraints
Provide projection limits, clearance requirements, lift access, delivery restrictions, installation sequence, and special packaging needs.