Innovator 24inch (600mm) DTF Printer with CALCA Vertical Model Compact DTF Powder Shaker and Dryer

$11,199.99
Description Reviews Innovator 24inch (600mm) DTF Printer (Direct to Film Printer) with Dual Epson I3200-A1 Printheads Specifications:   Item Model Prime 24inch (600mm) DTF Printer Available Print Head & Quantity Dual Epson I3200-A1 Printheads Max...
Guaranteed safe checkout:
Amazon
Apple Pay
Diners Club
Discover
Meta Pay
Google Pay
Mastercard
PayPal
Shop Pay
Venmo
Visa


Innovator 24inch (600mm) DTF Printer (Direct to Film Printer) with Dual Epson I3200-A1 Printheads

Specifications:

 

Item Model Prime 24inch (600mm) DTF Printer
Available Print Head & Quantity Dual Epson I3200-A1 Printheads
Max Printing Width 600mm
Ink System Ink Type Pigment ink
Ink Color CMYK+W
Ink Volume 1500ml
Printing Mode
(CMYK)
Mode Printing Speed (meter)
High Speed Mode 7.65㎡/h
Production Mode 4.8㎡/h
Fabric Type cotton. linen.etc
Working Condition Humidity 40%-85% (without condensate)
Temperature 15 ℃-30 ℃
Computer requirements Operating System Windows 7,Windows10 or Later Versions
Hardware CPU:Intel core i5H↑Memory:8G↑/ Graphics Discrete
Interface 1000MB Network Interface
RIP Software DTF Master RIP Software
Language Chinese/English
Image format PNG / JPG / TIFF
Rated Voltage AC110V, 50HZ / 60HZ, 1 phase.
Power 9A, 1000W
Rated Current 5A(220V)/9A(110V)
Product size/Weight 1560L*700W*1360H(mm) /129KG
Packing size/Weight 1890L*840W*760H(mm) /179KG

 





CALCA DTF powder shaker and dryer unit can handle up to 24in wide DTF film.
With the advancement in DTF technology, there is no denying that DTF is taking the printing industry by storm. It is quickly becoming one of the most popular technologies for textile printing compared to traditional printing methods.
This all in one dtf powder shaker unit takes over by evenly spreading, then melting the needed amount of adhesive material directly onto your printed image, saving time, effort, and cost.
The vacuum absorption conveying platform secures the printing material to avoid bulging, run-offs, and media waste.

Applicable Medium: Nylon, Chemical Fiber, Cotton, Leather, Swimsuit, Diving Suit, PVC, EVA, etc.
Specifications:

CALCA Brand: USA registered
Maximum Shake Powder Width: 600mm (23.6inches)
Functions: Shake powder control, dusting control, PID setting of curing temperature
Heating Element: Quartz infrared heat drying tube
Rewinding Function: Automatic induction rewinding
Heating and Drying Mode: Front guide plate heating, upper drying curing
Cooling Mode: 4 fan air cooling (single row)
Machine Size: 43.7in x 39.4in x 38.5in (1110mm x 1001mm x 979mm)
Powder Shaker and Dryer Weight: 176.4lbs (80kg)
Packaging Size: 34.3in x 44.1in x 43.8in (870mm x 1120mm x 1113mm)
Gross Weight: 264.6lbs (120kg)
Compatible with media within a width of 23.6inches: Meet the printing speed of 6-10 square meters per hour.
Powder spreading structure: The motor drives the brush to rotate to brush the hot melt powder out of the powder box.
Powder shaking device: the motor drives the powder shaking lever to beat the film to clean up excess hot melt powder.
Requirements:
Working Power Supply: AC220V, 50hz / 60hz, 1 phase.
Current: 14A, 3000W
With CALCA DTF film, power and Inks, you can easily and quickly create custom t-shirts and apparel.
Remarks:
CALCA DTF powder shakers do not have automatic powder recycling function, in order to avoid hot melt powder moisture.

Features:
√ Compact size / small footprint, can easily enter the entrance door above 31.5inches.
√ The actual baking stroke is 26inches, which can make the media more fully heated.
√ The winding system is added to make the media more tightly and neatly.
√ Touch screen control panel makes everything easier.
√ Infrared drying and heating improves and protects color reproduction.
√ Absorption conveying platform secures the printing material to avoid bulging, run-offs, adhesion and media waste.
With the advancement in DTF technology, there is no denying that DTF is taking the printing industry by storm. It is quickly becoming one of the most popular technologies for textile printing compared to traditional