FGT Graphic Machinery - Töötlemine

BROTECH CDF PLUS 330

Brotech Graphics Co., Ltd.
Model: CDF Plus 330
Year of manufacture: August 2019
Working width: 330 mm
LED UV LAMP: ONLY 61 hours of operation
Maximum web width: 340 mm
Electrical supply: 380 V / 3P + N + PE / 50–60 Hz / 45 A
Condition: Very good / very low usage
Availability: Immediately

The machine has only a few hundred operating hours. The exact operating hours can be confirmed once the engineer is on site.
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MACHINE CONFIGURATION
UNWINDING & WEB HANDLING
• Professional unwinding system
• Maximum web width: 340 mm
• Maximum unwind diameter: 800 mm
• 3" pneumatic spindle
• Electronic web guiding system
• Edge-reading web guide sensors
• Adjustable roll-diameter monitoring
• Automatic slowdown / stop at roll end
• Web-break monitoring
• NIP roller
• Waste spindle
• Rewinding system
The complete machine layout incorporates an Unwinder, Rewinder, NIP Roller, unwind spindle, rewind spindle and waste spindle.
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ROTARY FLEXO PRINTING UNIT
Integrated professional rotary Flexo printing station suitable for:
• Spot colors
• Varnishing
• Coatings
• Primers
• Special applications
• Cold foil applications
• Lamination applications
Flexo Specifications
Maximum web width: 340 mm
Minimum web width: 100 mm
Maximum printing width: 330 mm
Substrate thickness: 40–250 microns
Maximum speed: up to 120 m/min
Repeat range: 60T / 190.5 mm up to 184T / 584.2 mm
The Flexo unit includes:
Ibsdpoz Ea E Sofx Am Uoc
• Ink tray
• Ink roller
• Anilox roller
• Doctor blade system
• Plate cylinder
• Lamination unit
• UV curing system
• Chilling roller
The technical documentation confirms the 330 mm printing width, substrate range and maximum production speed of up to 120 m/min.
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LED UV CURING SYSTEM
The machine is equipped with an integrated LED UV drying / curing system, offering an efficient solution for UV Flexo inks, coatings and varnishes.
The LED UV technology offers advantages such as:
• Immediate curing
• Lower heat transfer to the substrate
• Suitable for heat-sensitive materials
• Reduced energy consumption compared with conventional UV systems
• Stable production at higher speeds
• No conventional UV lamp warm-up time
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