Showing 1–9 of 21 results
Where to Install: It is soldered directly onto the carriage interface board, printhead adapter boards, or the internal circuitry of individual capping/encoder sensor stations to receive 14-way ribbon data lines.
Hardware Compatibility: Widely used in multi-head configurations utilizing popular desktop and large-format printing assemblies including Epson, Mimaki, Roland, Mutoh, and various industrial Chinese printer brands.
Functionality: Transmits micro-voltage firing commands, data clocks, ground lines, and sensor feedback loops necessary for precision ink droplet placement.
Where to Install: It is soldered directly onto the carriage interface board, printhead adapter boards, or the internal circuitry of individual capping, encoder sensor stations, or servo drive boards to receive 16-way ribbon data lines.
Hardware Compatibility: Widely used in multi-head configurations utilizing popular desktop and large-format printing assemblies including Epson, Mimaki, Roland, Mutoh, and various industrial Chinese printer brands.
Functionality: Transmits micro-voltage firing commands, data clocks, ground lines, and sensor feedback loops necessary for precision ink droplet placement.
Where to Install: It is surface-mounted or through-hole soldered directly onto printhead driver boards, carriage interface modules, or adapter cards designed to sync data streams with Konica 512 printheads.
Machine & Brand Compatibility: Perfectly optimized for grand-format solvent, eco-solvent, and UV flatbed printers utilizing Konica Minolta 512 (35pl / 14pl) printhead arrays, including brands like Allwin, Human, JHF, Taimes, MyJet, and Flora.
Functionality: Securely houses incoming flat data ribbon cables, providing a stable path for micro-voltage data lines, firing clocks, color channel signals, and logic power loops.
Industrial printhead nozzles rely on perfectly timed electrical pulses to drop ink accurately. This female socket features a high-retention slot design that provides uniform mechanical pressure
The environment inside a high-speed printing carriage is often filled with ambient humidity and chemical ink vapors.
The constant back-and-forth movement of a print carriage generates continuous vibration stress at every connection point.
A tiny gap in your ink line connection will destroy the system's negative pressure vacuum. This 3mm fitting provides a secure structural hold that locks out traveling air micro-bubbles, eliminating ink drop-outs, mid-job "ink breaks,"
Industrial print carriage setups generate intense mechanical vibrations as they move back and forth at high speeds.
The smooth, precise 3mm internal channel layout prevents fluid restriction, minimizing localized flow resistance
Unlike basic push-fit fittings that can back out over time, the integrated locking structure mechanically grips the matching male adapter. This completely eliminates the threat of fluid tubes sliding off or blowing open due to backpressure spikes, keeping your workspace clean and safe.
Industrial printheads require a stable negative pressure vacuum to fire cleanly. This female connector creates a uniform radial seal that blocks out air micro-bubbles, completely eliminating color channel dropouts, midday ink breaks, and frustrating horizontal banding.
Bending standard ink tubing at sharp angles causes the line to collapse or kink, choking off the ink supply and burning out printhead nozzles. The rigid 90-degree structure of the L Connector guides the fluid smoothly around corners, eliminating mechanical flow bottlenecks.
A microscopic air leak at any tube joint will destroy the printhead's negative pressure. This elbow fitting features high-tolerance barbed or threaded ends that lock out traveling air micro-bubbles, completely preventing sudden mid-job color dropouts and vertical banding.
Modern multi-head printer carriages are densely packed with electronic boards, cables, and dampers. The low-profile right-angle layout of this connector allows you to clean up your ink line management, ensuring tubes stay neatly tucked away and never drag against the moving gantry.
Bending a standard 4mm ink tube at a sharp angle causes the line to collapse or kink, choking off the ink supply and burning out printhead nozzles. The rigid 90-degree structure of the L Connector 4*4 guides the fluid smoothly around corners, eliminating mechanical flow bottlenecks.
A microscopic air leak at any tube joint will destroy the printhead's negative pressure. This elbow fitting features high-tolerance 4mm barbed ends that lock out traveling air micro-bubbles
Low-grade plastic joints easily soften, warp, or crack when exposed to volatile solvent carriers or UV monomer bases. Molded from industrial-grade PP plastic, our 4*4 connector resists aggressive chemical corrosion, preventing slow plastic breakdown and accidental ink leaks over sensitive electronics.
Where to Install: It connects directly into female-threaded ports or snap-in manifold receptacles on one side (such as on bulk sub-tanks, printhead adapters, or capping valves) and accepts flexible ink tubing on the other.
Hardware Compatibility: Universally compatible with commercial ink delivery networks supporting leading printhead configurations, including Epson (i3200, DX5, DX7, XP600), Ricoh (Gen5/Gen6), Konica, and Seiko hardware platforms.
Ink Adaptation: Highly resistant to aggressive chemical formulations, making it 100% safe for use with volatile Solvent, Eco-Solvent, UV-Curable, Sublimation, and textile Direct-to-Film (DTF) inks.
The connector is engineered with sharp, high-tolerance external barbs that latch onto the inner lining of flexible tubes. This ensures that the severe physical pulling and vibrations of a high-speed print carriage will not cause ink lines to wiggle loose or slide off.
The precision-molded internal channel eliminates fluid restriction through the joint. This smooth fluid dynamics layout ensures a steady, uninhibited supply of ink directly to your printhead nozzles for uniform solid-color printing.
The connector is engineered with sharp, high-tolerance external barbs that latch onto the inner lining of flexible tubes.
A microscopic air leak at any tube junction will destroy the printhead's negative pressure. This male fitting creates a uniform, airtight radial seal against the tube walls, locking out air micro-bubbles and preventing sudden color dropouts and vertical banding.
Low-grade plastic joints easily soften, warp, or crack when exposed to volatile solvent carriers or UV monomer bases.
The precision-molded internal channel eliminates fluid restriction through the joint. This smooth fluid dynamics layout ensures a steady, uninhibited supply of ink directly to your printhead nozzles for uniform solid-color printing.
High-speed industrial printer gantry movements create constant pulling tension on ink lines. The integrated sleeve bushing reinforces the tube at its most vulnerable stress point, preventing the flexible tubing from splitting, stretching, or popping off during heavy production cycles.
Industrial printheads require a massive volume of fluid when running large solid fills or dense white base coats.
Low-grade plastic connectors easily soften, swell, or crack when exposed to volatile solvent carriers or aggressive UV monomer bases. Our chemical-grade PP construction resists structural degradation, ensuring no plastic particles flake off into the ink line to endanger your expensive printhead nozzles.
nlike basic push-fit fittings that can back out over time under intense carriage movement, the integrated locking structure mechanically screws or snaps into the receiving terminal.
Industrial printheads require a stable negative pressure vacuum to fire cleanly. This male connector creates a uniform radial seal that blocks out air micro-bubbles, completely eliminating color channel dropouts, midday ink breaks, and frustrating horizontal banding.
Standard injection needles can carve out tiny fragments of rubber from the cartridge seal, which travel down the line and permanently clog expensive printhead nozzles. Our needle features a specialized smooth-bore, non-coring tip that cleanly displaces the rubber septum without tearing it, keeping the ink line free of debris.
A loose seal at the cartridge interface allows micro-bubbles to enter the fluid line, destroying the system’s negative pressure vacuum.
The interior channel is precisely polished to lower localized fluid resistance. This allows highly viscous inks (like dense white base layers or thick pigments)
When a digital printer performs an automated purge or pressure cycle, ink can easily be forced backward up the supply lines. This valve shuts down instantly under reverse pressure, preventing different colors from mixing in the lines or contaminating white ink sub-tanks.
ndustrial printheads rely on a delicate micro-vacuum to prevent ink from spontaneously leaking out of the nozzles
White inks are prone to quick sedimentation and require constant circulation. By enforcing a strict one-way loop
A microscopic air leak at any machine interface will immediately destroy the printhead's negative pressure.
Connecting flexible lines directly to a sharp metal manifold or raw machine exit point can cause the tubing to pinch or stretch. This adapter acts as a protective buffer, transferring mechanical tension away from the flexible line and keeping your tubes completely open and stress-free.
Low-grade plastic adapters quickly soften, warp, or crack when exposed to volatile solvent carriers or heavy UV monomer bases.
When changing a printhead or replacing a damper, ink typically drains backward, filling lines with air pockets that require hours of heavy purging to fix. By closing this valve, you trap the ink inside the line, allowing you to swap components cleanly without losing your line prime or introducing air.
When high-speed digital printers are left idle overnight or over weekends, gravity and pressure changes can cause ink to slowly weep or drip from the printhead nozzles
When changing a printhead or replacing a damper, ink typically drains backward, filling lines with air pockets that require hours of heavy purging to fix.
When high-speed digital printers are left idle overnight or over weekends, gravity and pressure changes can cause ink to slowly weep or drip from the printhead nozzles, flooding the capping station.
Low-grade plastic or rubber valves quickly soften, swell, or leak when exposed to volatile cleaning solvents or heavy UV monomer bases. Our valve is constructed entirely from industrial-grade PP plastic, preventing structural breakdown and ensuring the internal switch rotates smoothly without sticking.
