Sublimation printing | Disperse printing | Reactive printing | Acid printing | Textile & Apparel printing
Print a wide range of profitable applications
Mimaki
TS300P-1800
MAPS advanced pass system


Continious uninterrupted printing features
In the event of a nozzle malfunction not being repairable by the use of the maintenance function, printing can continue by the use of another nozzle, without any loss of productivity or a reduction in image quality.
Uninterrupted Ink Supply System (UISS)
Two ink bottles per colour can be set with the UISS function. When an ink bottle runs out, another bottle of the same colour automatically starts supplying ink.
High head gap settings for thicker textiles
On more conventional models, restricted head gap reduces the accuracy of ink droplet placement. The new Tx300P-1800 employs a new advanced printhead with a high head gap to ensure accurate ink droplet placement, thereby enabling high-quality printing on a wide variety of fabric types.

High performance TXLINK3 Lite RIP software
Desired colours can be represented by specifying the ink volume of each ink colour.
Create desired colours: when the printed colour differs from that expected, the colour replacement function enables a user to specify the desired printing colour as the target colour. This function is useful for reproducing corporate colours.
Easy to create different colour data: with TxLink3 Lite, colours are easily replaced on vector and raster data.
2. Step and repeat:
Large seamless patterns can be produced from a single image, including repeat and mirror patterns.
3. Multicolour ICC profile creation:
ICC profiles can be created simply to match a target colour by following the wizard.
COLOUR PROFILE CREATION PROCEDURES:
2. Set the total ink limit.
- Print the ink limit chart, then set the maximum ink volume.
3. Measure the ink density error (adjustment of ink density gradation).
- Each ink density is measured. Density is automatically calculated and adjusted.
4. ICC profile creation.
- Measurement of the configuration chart printed from Colour GPS, The profile is automatically created.


Advanced textile feeding mechanism for optimum fabric tension
1. Feeding unit
2. Rear tension bar
3. Front tension bar: sensors monitor outer diameters of front and rear textile rollers and maintain the appropriate tension during printing
4. Rear turn bars: bars equalize tension to prevent wrinkles on textile
5. Drive roller: the shaft rotates forward to apply uniform tension
6. Front turn bar: maintains the appropriate tension for stable textile take-up
7. Take-up unit
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