Gen5
- Technology Foundation: The Gen5 uses Piezoelectric (PZT) technology, but it is a more traditional, robust design compared to Epson's MicroTFP MEMS approach.
- Ruggedness and Lifespan: The Gen5 is famous for its durability. Its robust industrial design often translates to a longer lifespan in harsh operational environments compared to more delicate heads.
- Heater and Thermistor: The printhead includes integrated heaters and temperature sensors, allowing precise control over ink viscosity during jetting, which is vital for specialty inks like white and varnish.
- Drop Volume: It typically jets a larger minimum droplet size (around 7 picoliters) compared to the I3200 (3.8 picoliters), which contributes to its robust jetting performance but can slightly limit the absolute finest detail possible.
- Configuration: It is a dual-channel printhead with 1,280 nozzles (4 rows of 320 nozzles each) configured in two separate ink channels.
FORTUNE FY-2002 / FY-2004
UV Flatbed Printer - UV A3
FORTUNE FY-1701S / FY-1702D
Multi-Function CNC Engraving Machine MD-2500S
UV DTF F60cms
Equipped with Epson I3200 printhead technology, this advanced DTF & UV DTF hybrid solution delivers exceptional print performance across multiple applications. The DTF module uses the I3200-A1 head to achieve speeds of up to 15 sqm/h with 1440 DPI high-resolution output, supported by an automatic rotary drying system, intelligent control panel, and automatic take-up system for smooth, efficient production. Its compact footprint of 1.82m (L) × 0.87m (W) × 0.75m (H) makes it ideal for handling PET transfer films and a wide range of textile-printing needs.
The integrated UV DTF section, powered by 3 × I3200-U1 print heads, ensures sharp, durable, crystal-clear label production suitable for AB film, soft coil materials, and various specialty media. A LED water-cooled UV lamp guarantees stable curing and long-lasting print quality, meeting the demands of professional label makers who require precision, durability, and versatility.
Fully CE certified, the system complies with EU safety standards and offers globally reliable performance—making it a comprehensive, high-precision printing solution for both textile transfers and premium UV DTF label production.
Gen6
- Technology Foundation: Uses advanced Piezoelectric technology, building upon the proven reliability of the Gen5 design with internal enhancements.
- Nozzle Configuration: Like the Gen5, it has 1,280 nozzles arranged in 4 rows, delivering 600 npi resolution.
- Key Upgrade: The primary difference from the Gen5 is the jump in firing frequency and the reduction in minimum drop size, directly translating to faster print speeds and higher apparent resolution.
- Robust Temperature Control: Features integrated heaters and thermistors for highly accurate temperature control, essential for reliable jetting of specialty, highly viscous inks like white and metallic formulas.
FORTUNE FY-3002 / FY-3004
Hydraullic Sheet Bending Machine
A CNC bending machine (press brake) is a computer-controlled system used to bend and form sheet metal with high precision. It uses a hydraulic or electric press to drive a punch into a die, forcing the sheet metal between them to create accurate angles and shapes. The CNC (Computer Numerical Control) ensures programmed, repeatable, and consistent bending, ideal for complex or high-volume production.
How it works
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Design: Parts are created in CAD software, which generates the machine’s bending instructions.
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Setup: The operator installs the required punch and die, then inputs bending parameters into the CNC controller.
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Bending: The sheet is positioned against the backgauge, and the CNC system moves the press to apply precise force and form the programmed angle.
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Repeatability: Sensors and CNC adjustments ensure uniform, error-free bends across all pieces.
Key features & benefits
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Precision: Computer control delivers high accuracy and consistency.
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Versatility: Handles steel, aluminum, brass, and works for simple to highly complex bends.
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Efficiency: Automation speeds production and reduces labor dependency.
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Safety: Less manual handling enhances operator safety.