UV Printing Services That Bond Graphics Permanently to Your Products
Cusack Electronics applies branding, legends, textures, and functional markings using UV digital printing services that cure instantly under LED diode lamps. Print runs from single samples through thousands of units and land directly on your housings, bezels, overlays, and finished goods without intermediate transfers, giving you vibrant imagery that survives years of handling, sun exposure, and solvent contact.
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Direct Application Graphics
Permanent Graphics Bonded to Product Surfaces
Traditional labels peel. Screen printing demands volume commitments. Our UV printer service deposits photopolymer inks in precise patterns, then locks them to your substrate surface using controlled diode lamp energy. No drying delays, no outgassing, no waiting for chemistry to stabilize. The result is a permanent graphic layer integrated into product surfaces from prototype quantities through sustained manufacturing volumes, compatible with everything from powder-coated housings to raw aluminum blanks.
- Hybrid flatbed technology handles objects from small membrane switches to large housings using substrate mapping for accurate placement.
- Photopolymer curing bonds ink instantly when LED energy hits the surface, creating molecular adhesion that resists abrasion and chemical exposure.
- Multi-layer printing stacks white blocking, process colors, and protective topcoats for vibrant graphics on metals, plastics, and transparent materials.
- Micron-level dot accuracy preserves fine text, barcodes, and detailed icons across production runs without quality drift.
What We Print
UV Printing Services
When your graphics define brand perception, convey safety information, or guide user interaction, choosing a print method based solely on unit economics misses the larger picture. These are the scenarios where UV digital printing services make strategic sense.
Appliance Fascias & Control Interfaces
Icons, touch zones, status indicators, and brand lockups applied to phenolic panels, powder-coated steel, and molded ABS housings for white goods, HVAC controls, and commercial equipment where field replacement isn’t feasible.
Altium Designer
KiCad
BLE / WiFi
Eagle CAD
IoT Ready
Multi-Layer
Automotive Interior Components
Dashboard trim, center console details, door panel accents, and instrument bezels printed on Lexan, PETG, brushed aluminum, and carbon fiber finishes where automotive UV exposure and temperature cycling demand stable colorants.
C / C++
RTOS
BLE / WiFi
Arduino
IoT Ready
Membrane Switch Overlays
Tactile dome positions, actuation legends, LED windows, and graphic backgrounds printed on polycarbonate and polyester films with precise registration tolerance for alignment with underlying circuitry and domes.
C / C++
RTOS
BLE / WiFi
Arduino
IoT Ready
Decorative Surface Treatments
Wood grain simulations on MDF, faux stone patterns on composites, metallic effects on plastic housings, using pearlescent layers and metallic inks to replicate expensive materials at fractions of their cost and weight.
C / C++
RTOS
BLE / WiFi
Arduino
IoT Ready
Low-Run Personalization
Variable data printing within production runs for serialization, regional branding variants, customer-specific logos, and limited editions without stopping presses or swapping tooling between units.
C / C++
RTOS
BLE / WiFi
Arduino
IoT Ready
Prototyping Before Tooling Commitment
Visual mockups of pad-printed legends, screen-printed graphics, or hot-stamped foil before committing to hard tooling, letting design teams validate aesthetics and user feedback with functional appearance prototypes.
C / C++
RTOS
BLE / WiFi
Arduino
IoT Ready
Outdoor-Rated Signage Elements
Retail fixtures, kiosk panels, directional markers, and wayfinding graphics on aluminum composite, acrylic sheet, and PVC board where multi-year exterior exposure demands fade resistance beyond what vinyl overlays provide.
C / C++
RTOS
BLE / WiFi
Arduino
IoT Ready
Functional Surface Modifications
Soft-touch coatings that change tactile feel, anti-fingerprint treatments on gloss surfaces, anti-graffiti layers on public-facing panels, and Braille dots meeting ADA compliance without secondary molding operations.
C / C++
RTOS
BLE / WiFi
Arduino
IoT Ready
Replacement Part Graphics
Reproducing discontinued decals, obsolete overlays, and out-of-production labels for equipment repair and restoration markets where original print methods no longer exist or minimum quantities exceed demand.
C / C++
RTOS
BLE / WiFi
Arduino
IoT Ready
Production Flow
Four Stages Between Your Files and Finished Parts
Streamlined progression from digital assets to cured graphics, structured to catch issues early and maintain consistency across quantities from one piece to ten thousand.
01
File Review & Substrate Consultation
Evaluate supplied artwork against intended substrate characteristics, surface energy, texture depth, color, reflectance, and flag concerns with line weight accuracy, minimum feature size, or trapping before prepress begins. Recommend surface preparation protocols.
Consultation
Feasibility Study
NDA Available
02
Prepress & Output Optimization
Build spot color separations, configure overprint handling and knockout areas, establish tone curve optimization for substrate-specific dot gain behavior, generate linearization targets, and output proof files showing expected ink laydown on actual material samples.
Schematic Capture
BOM Generation
Circuit Simulation
03
Production & Real-Time Monitoring
Load parts onto vacuum carriage systems, verify registration using substrate sensors and linear encoders, initiate print passes with nozzle firing patterns calibrated to material porosity, monitor jetting modules for consistent drop formation, cure deposited layers using diode lamp arrays.
Gerber Files
3D CAD
DFM Review
04
Post-Print Validation & Protection
Inspect edge definition under magnification, verify barcode scannability and color density against approved standards, test adhesion using tape pull methods, apply protective masking where needed, and package to prevent surface contact during shipping.
Technical Specifications
Design Capabilities at a Glance
PCB & Electronics Design Specs |
|
|---|---|
| Machining Envelope | Up to 40" × 20" × 20" (VMC), 60" × 30" × 30" (HMC) |
| Minimum Tolerance | ±0.001" (0.0254mm) standard, ±0.0005" (0.0127mm) on request ±0.001" (0.0254mm) standard, ±0.0005" (0.0127mm) on request |
| Surface Finish | Ra 32 μin standard, Ra 16 μin or better achievable |
| Hole Diameter Range | 0.040" to 4.000" with drill bits, reamers, and boring bars |
| Thread Sizes | #2-56 through 1"-8 UNC/UNF, metric M2 through M24 |
| Materials Supported | Aluminum, steel, stainless, titanium, brass, copper, plastics |
| Axis Configuration | 3-axis, 4-axis, 5-axis milling |
| Batch Sizes | 1 piece prototypes to 10,000+ production runs |
| Inspection Equipment | CMM, optical comparator, micrometers, calipers, profilometer |
| Standards Compliance | ISO 2768, ASME Y14.5, ISO 1302 |
Production Equipment
Machinery and Software Driving Print Quality and Throughput
Industrial systems are selected for substrate versatility, color fidelity, and production repeatability across shifting job requirements.
Flatbed UV Systems
Multi-ton rigid gantry printers with automatic substrate height sensing and closed-loop feedback
Color Management Platforms
Spectrophotometric profiling tools maintain color consistency across substrate variations and reorder intervals
Environmental Monitoring
Temperature and humidity controls prevent ink viscosity drift and curing behavior changes
Static Elimination Arrays
Ionizing bars remove electrostatic charge that attracts dust and distorts ink droplet trajectories
Ink Circulation Networks
Closed-loop systems maintain consistent ink temperature and prevent pigment settling in standby reservoirs
Waste Ink Recovery
Purge collection prevents environmental contamination while tracking actual ink consumption versus theoretical coverage
Maintenance Diagnostics
Automated nozzle health monitoring, detecting partial clogs and trajectory deviations before print defects emerge
Registration Verification
Camera systems confirm artwork placement accuracy before committing to full production runs
Markets We Serve
Industries We Design For
Professional Audio
Industrial Automation
IoT & Connected Devices
Consumer Electronics
Automotive & Motorsport
Test & Measurement
Featured Projects
Turn Surface Area Into Brand Presence
Describe what you’re printing on, what goes on it, and how many you need. We’ll respond with material preparation requirements, expected durability characteristics, and timeline specifics.
- Free initial consultation, no obligation
- NDA available for IP protection
- Prototype to production, all under one roof
- 100% USA designed & manufactured