ROLAND PRODUCTS
CS-64
ROLAND CS-64
The Texart CS-64 calender is a professional heat transfer system that is fast, affordable and easy to use, making it a perfect finishing partner for the Texart RT-640 and XT-640 sublimation printers.
User-friendly
Built to meet the production demands of the busiest textile printing business and designed for ultimate ease of use, the Texart CS-64 will appeal to both seasoned professionals and companies new to the dye sublimation process.
Flawless results every time
Using its precision roller feed system and infra-red heat source, the CS-64 transfers dye sublimation prints from paper onto polyester-based materials, delivering flawless results every time. You can use the calender to fix the ink on direct to textile printed materials too. With average production speeds of 50 m²/hr and the option of an in-feed table, the CS-64 has the versatility to manage large rolls and small pre-cut fabrics. Making it the ideal finishing solution for a wide range of textile print applications including fashion, interior décor, sportswear, sign, display and promotional goods.
Material handling couldn’t be easier
The CS-64 is simple to use. Its intuitive control panel can be mastered in seconds. Built-in safety features protect the operator from heat and harm at all times. Material loading and unloading couldn’t be easier, or any faster. There is no need to reach for a tool box. The CS-64 includes six self-locking mandrels for feeding and taking up media. Each quick change mandrel has a material centring system to help you load the calender with speed and accuracy. An ingenious tension bar separates the textile from the transfer paper after sublimation to prevent expensive ‘image ghosting’ errors on the fabric.
High productivity with low running costs
Engineered to keep running costs low and productivity high, the CS-64 uses a digitally regulated, infra-red quartz heating element that consumes far less power than the heated oil alternative and reaches optimum transfer temperatures much faster. That means less time waiting and more time working. The heat resistant Nomex® feed belt is Kevlar-reinforced to provide a long service life. Mechanically adjusted, it delivers high transfer quality without requiring any operator intervention or compressed air supply. No oil heater, no air compressor; the CS-64 calender is a cleaner, greener heat transfer solution that will save your business time and money.
Katalog ROLAND CS-64 1.95MB
download fileCS-64 Options
CS-64 Options
Options | |
CS-TAB | In-feed table |
CS-BIN | Pre-cut parts collection bin |
CS-64 Specification
CS-64 Specification
Specifications | ||
Belt Driven Dye Sublimation Heat Transfer Calender with infrared heating system | ||
Maximum working width | 1680 mm | |
Maximum temperature | 220°C | |
Diameter of the heating cylinder | 250 mm | |
Heating system | Infra-red bulb | |
Heating time from room temperature to 200°C | 30 min | |
Digital display of temperature | Yes | |
Digital display of temperature | Yes | |
Driving belt material | Nomex® reinforced by a kevlar blade | |
Speed
| Exposure time 90 s | 17 m/h – 0.29 m/min |
Exposure time 40 s | 65 m/h – 1.08m/min | |
Reverse operation | Yes | |
User protection | Safety cover in front of the rollers with safety switches and reset button on the control panel 2 emergency stop buttons | |
Exhaust fume extraction | 2 extraction pipes (diam 50mm) linked to both ends of the machines to vacuum smoke and vapours produced during sublimation | |
Number of self-locking mandrels included | 6 universal mandrels, 3 unwind, 3 rewind | |
Maximum material feed roll diameter | Upper position | 250 mm |
Mid front position | 250 mm | |
Low front position | 250 mm | |
Power supply | Power | 5500 W |
Voltage
| 230-240V / 50Hz – 60 Hz single phase | |
Amperes | Max. 28 Amperes | |
Dimensions | W 208 x D 96 x H 155 cm | |
Weight | 480 kg | |
Dimensions of the shipping crate | W 218 x D 93 x H 170 cm | |
Product warranty | 1 Year | |
RoHS compliant CE certified according to Machines Directives (2009) 2006/42/CEE including low tension directive 2006 95 CE norm EN 60204 – 1 (2006) and Electromagnetic Compatibility 2004 108 CE according to norm EN 61000-6-1 and EN 61000-6-3. Edition 2007. |