Irrigation & Sprinkler Hardware
Sprinkler bodies, valves, and fluid-handling fittings — cylindrical molded parts that need a durable 360° wrap decoration that survives UV and water exposure.
Application · Industrial · Hand Tools, Electrical & Irrigation
Durable marking for tools, fittings, and field hardware.
Direct-to-object decoration engineered for the parts that live in the field — sun, water, abrasion, and chemical exposure — across cylindrical and flat geometries.
Hammer handles, breaker boxes, irrigation valves, sprinkler bodies, dispensing closures, and automotive components — anywhere durable direct-to-object marking replaces silk screen or hot stamp. Cylindrical and shuttle configurations.
360°
Wrap decoration on cylindrical hardware
Zero
Per-SKU plates, screens, or dies
Inline
Pretreat + cure + inspection in one cell
Software
SKU change as a job-file load
What we mean by hand tools, electrical & irrigation
Field-exposed parts that have to hold their marking — across mixed geometry and high SKU counts.
This is the broadest corner of the industrial portfolio: hand-tool handles, electrical enclosures and breaker boxes, irrigation valves and sprinkler bodies, dispensing closures and fluid-handling fittings, and automotive sub-components. The parts vary wildly in shape — but they share three problems that punish legacy decoration.
They live in the field. The marking has to survive sun, water, abrasion, and chemical contact, so ink-to-substrate adhesion is the whole game. They come in families. Dozens of SKU variants of the same base part mean analog changeover — new screens, new pads, new dies — dominates true cost. They are often cylindrical. A full wrap on a round part takes multiple analog stations, where a single digital cell does it in one.
Sub-applications
The part families EPS systems decorate in this segment.
Each family has its own geometry, exposure profile, and SKU velocity. EPS engineers the cell around the part — not the other way around.
Dispensing Closures & Fittings
Caps, closures, and threaded fittings decorated around the diameter with brand identity, fill lines, and regulatory marking at production volume.
Hand Tool Handles & Bodies
Hammer handles, screwdriver grips, and tool bodies — brand identity, size designators, and lot codes on molded and overmolded substrates.
Electrical Enclosures & Panels
Breaker boxes, junction enclosures, and control housings — durable legends, ratings, and safety marking that has to outlast the install.
Automotive Components
Under-hood and interior plastic components requiring durable, chemical-resistant marking and variable data at line rate.
Featured application
Cylindrical hardware: bowl-fed, decorated 360°, and inspected in one cell.
A high-volume manufacturer of injection-molded plastic cylindrical parts — sprinkler bodies, dispensing closures, fittings, and similar hardware — replaced a multi-step decoration line with a single XD-360 cell that bowl-feeds, prints, cures, and inspects every part before discharge. The two manual steps that remained — part presentation and post-print inspection — are now part of the automated cell.
360°
Wrap decoration in a single station
2 → 0
Manual steps eliminated (feed + inspect)
Zero
Operator touches feed-to-discharge
Case studies
Cells EPS has shipped in this segment.
Real customer applications across hand tools, electrical, and irrigation hardware.
Case Study · Industrial · Cylindrical Parts
The New, Improved XD-360 — Bowl-Fed, Inspected, Discharged
Vibratory bowl feed in, in-line error detection out. A multi-step cylindrical-decoration line becomes one automated XD-360 cell — feed, pretreat, 360° print, LED-UV cure, inspect, discharge.
Recommended EPS platforms
Cylindrical and flat cells engineered for field-exposed hardware.
Pick the architecture that matches your part geometry and volume. EPS engineers the feed, pretreat, print, cure, inspection, and discharge as one cell.
XD-360 Cylindrical
Bowl-fed · 360° single station · inline inspection
The cylindrical-decoration cell for round molded hardware — sprinkler bodies, closures, fittings. Integrated bowl feed, multi-pass 360° print, LED-UV cure, and error-detection inspection.
See the case study →XD-70 Single-Pass
Belt or shuttle · production-speed · flat/linear parts
Production-speed single-pass UV inkjet for flat or linear industrial parts — enclosure faces, panels, tool bodies.
Explore single-pass →Custom Engineered Cells
Application-specific · pad/digital hybrid available
For parts that do not fit a standard architecture, EPS engineers a custom cell — including pad/digital hybrid where the geometry or substrate calls for it.
Explore Custom Cells →
Why EPS for this segment
What EPS puts in a field-hardware cell that a print-engine vendor does not.
Durability on field-exposed parts is a system outcome — ink, substrate, pretreatment, and cure matched to the end-use.
Adhesion engineered for field exposure
Ink chemistry, in-line pretreatment, and LED-UV cure are matched to the substrate and the real end-use exposure — sun, water, abrasion, chemical contact — so the marking survives the field, not just the lab.
Integrated bowl feed for cylindrical parts
A vibratory bowl feeder orients and singulates round parts automatically, removing the manual part-presentation step that bottlenecks cylindrical decoration.
In-line error detection
A vision and laser-registration station inspects every part before discharge — defective parts are flagged and diverted before packout, so field returns never start on the line.
Zero per-SKU tooling
New variants are digital artwork files, not new screens, pads, or dies. SKU changeover collapses to a job-file load — the economics that make high-mix hardware viable.
One integrated cell
Feed, pretreat, print, cure, inspect, and discharge engineered as a single hands-off cell — EPS owns the whole line, not just the print engine.
Engineer your hardware decoration line.
Tell us about your part geometry, substrate, SKU count, field-exposure requirement, and current decoration process. We will show you which cell architecture fits and what it does to your true unit cost.