The AI DTG Printer TP-900D is a high-efficiency direct-to-garment printing solution designed for industrial-scale custom apparel production.
Technical Specifications
|
Specification Item |
TP-900D Details |
|---|---|
|
Model No. |
TP-900D |
|
Printhead |
2 × Epson i1600 Printheads |
|
Resolution |
2400dpi |
|
Max Speed |
1 minute for one T-shirt |
|
Print Head Height |
5 cm Max |
|
Printing Size |
4 pcs 30 × 40cm pallet |
|
Print Direction |
Intelligence double side |
|
Print Method |
Micro piezo print technology, intelligence drops transformation technology |
|
Height Adjust |
Electric |
|
Distance of Print Head Printing |
1-3 mm (2 mm is the best) |
|
Ink Color |
4 colors (CMYK) or 5 colors (CMYK, W) |
|
Ink Supply System |
CISS |
|
Ink Consumption |
15-20 ml / square meter |
|
Min Ink Drop Size |
< 1.5 PL |
|
Interface |
USB 3.0 |
|
Rip Software |
Maintop (Standard) / FlexiPRINT (Optional) |
|
Working Environment |
Temperature 18-30 Celsius, Humidity 30-70 RH, Clean room, Low dust, Less sun light |
|
Power |
AC 110/220V, 50/60Hz |
|
Size (Machine) |
L2150 × W1350 × H1320 mm |
|
Size (Packing) |
L2240 × W1450 × H1070 mm |
Versatile Product Applications
The TP-900D delivers professional-grade direct-to-garment prints, utilizing micro piezo technology for precise color control.
- Mass Custom Apparel: High-volume production of T-shirts (as shown in application examples).
- Industrial Merchandise: Ideal for large-batch fashion, personalized garments, and retail clothing lines.
Industry Performance Comparison
Market analysis of DTG printers indicates a divide between entry-level boutique machines and high-volume industrial systems. The TP-900D stands out in the industrial category with its four-pallet configuration, allowing operators to continuously load and unload garments while the printheads are in operation.
Compared to the A2 TP-600D Plus (which features 2 pcs 30×40cm pallets), the TP-900D doubles the pallet capacity to 4 pcs 30×40cm, drastically improving workflow efficiency for commercial workshops. Equipped with 2 Epson i1600 industrial printheads and a one-time molding aluminum beam, it ensures high accuracy and a fast printing speed of just 1 minute per T-shirt. Furthermore, the inclusion of a standard anti-collision system and white ink stir system provides robust protection and reduces maintenance downtime compared to basic industrial alternatives.
Frequently Asked Questions
What printheads does the TP-900D use?
The machine is equipped with 2 Epson i1600 industrial printheads for high-efficiency printing.
How fast is the printing speed?
The maximum speed is 1 minute for one T-shirt.
What is the pallet configuration?
It features a four-pallet system (4 pcs 30×40cm pallets) to maximize continuous production workflow.
What colors and ink system are supported?
It uses a Continuous Ink Supply System (CISS) with options for 4 colors (CMYK) or 5 colors (CMYK + White).
What kind of maintenance systems are included?
The printer comes standard with an anti-collision system to protect the printhead and carriage, plus a white ink stir system to prevent precipitation.
What software and interface are compatible?
The printer includes Maintop RIP software as standard, with FlexiPRINT available as an optional upgrade. The connection interface is USB 3.0.
What are the power and environment requirements?
The machine requires AC 110/220V at 50/60Hz. The recommended operating environment is a temperature of 18-30°C, humidity of 30-70% RH, in a clean, low-dust room with minimal sunlight.
What are the physical dimensions?
The machine dimensions are L2150 × W1350 × H1320 mm. The packing dimensions are L2240 × W1450 × H1070 mm.
Conclusion
The AI DTG Printer TP-900D combines an industrial modern design with large-scale production capabilities. Featuring a four-pallet system, dual Epson i1600 printheads, and robust structural components like the one-time molding aluminum beam, it drastically improves throughput for custom apparel businesses. It is an essential asset for workshops scaling up to high-volume commercial garment manufacturing.
