Rapida 106

DriveTronic feeder

  • Feeder controlled via 4 servo motors,with continuous, stepless pile lifting and automatic lift compensation (paper / board)
  • Antistatic rear-edge separating air
  • Automatic format setting
  •  Automatic pile side edge alignment
  •  Front-edge pile height sensing with automatic compensation of the feeder head height
  • Skew-sheet correction at the feeder head during production

 

 

Suctionbelt feed table 

  • Suction-belt feed table with stainless,antistatic structured surface,with a single suction belt and multichamber vacuum system
  • Electronically controlled sheet deceleration to ensure optimum sheet arrival speed at the front lays

 

 Infeed

  •  Swing infeed accelerates the sheet for transfer to a single-size feed drum
  •  Motorised remote adjustment of the feed line, individual front lays and the front lay cover height with DriveTronic Infeed


Touchscreen display

  •  Touchscreen display with direct function keys for reliable and intuitive press operation 


Vacuum side lay

  • Marking-free alignment of the sheet
  •  Multi-chamber vacuum system to permit matching of different suction requirements
  •  Automatic format setting

 

 DriveTronic SideLay (SIS)

  • Sidelay-free infeed eliminates all operator settings for lateral sheet alignment (makeready savings)
  •  Excellent alignment accuracy thanks to the very long period of rest for the sheet at the front lays 

 

Sheet monitoring

  • Ultrasonic double-sheet detector
  •  Capacitive double-sheet detector for inhomogeneous materials
  •  Electromechanical double-sheet detector
  •  Multiple sheet sensors
  • Optical skew-sheet and side lay sensors
  • Optical front lay sensors with electro pneumatic overshoot blocking
  •  Magnetic crash bar

Design principles

  • Substructure cast in a single piece for high torsional rigidity, stability and reduced weight
  • Continuous gear train for smooth running and precision
  • Unit design; 7 o‘clock cylinder arrangement
  • Corrosion-free cylinder surface finish
  • Bearer contact and play-free bearings for precise rolling between plate and blanket cylinders
  • Automatic bearer cleaners
  • Central lubrication for the most important lubrication points

 

Universal gripper system

  • No adjustments required to accommodate changes in substrate thickness
  • Ceramic-coated gripper tips for maximum holding force
  • Structured gripper pads with elastic inlays
  • Gripper pads and tips can be replaced individually

 

Sheet travel

  • Double-size impression cylinders and transfer drums for reliable sheet travel over the full substrate range
  • Air-cushioned sheet travel with blower bars, Venturi guide plates and comb suckers
  • Automatic setting of the substrate thickness
  • Two-stage pneumatic impression on/off switching

 

Semi-automatic platechange (SAPC)

  • Pneumatic opening and closing of the plate cylinder guard
  • Automatic clamping and tensioning of the plate
  • Divided rear plate clamps

 

Fully automatic platechange (FAPC)

  • Change completed in 3 cycles
  • Total change time in straight printing mode: 3 min
  • Total change time in perfecting mode: 6 min


Simultaneous plate change (DriveTronic SPC)

  • Simultaneous in a single cycle
  • Plate cylinders driven directly by dedicated motors
  • Plate change parallel to other makeready processes
  • Total change time: 1 min

 

Register setting

  • Remote setting of lateral, circumferential and diagonal register
  • Diagonal register achieved by tilting the transfer drums
  • ErgoTronic ACR for automatic and exact register checking and correction

ColorTronic ink duct

  • Ink keys with carbide blades and ceramic-coated ink duct roller
  • Remote control of the ink keys
  • Wear-free ink metering ensures accurately reproducible settings
  • Ink duct roller speed compensated to the press speed for constant ink transport

 

Inking unit

  • Fast-reacting single-train inking unit
  • Remote setting of vibrator frequencyand blocking
  • Ink train separation with impression-off to maintain the vertical ink distribution in the inking unit
  • Stepless remote adjustment of the oscillation timing during production
  • Remote switching of ink forme roller oscillation
  • Oscillating distributors and ink duct rollers prepared for inking unit temperature control
  • Individual engaging/ disengaging of inking units for reduced roller wear and minimised makeready times

 

Dampening unit

  • Speed-compensated Varidamp film- type dampening unit for a stable inkwater balance
  • Differential drive to eliminate hickeys, activated/ deactivated during productionMulti-purpose washingsystem for blankets and impression cylinders

 

Multi-purpose washing system for blankets and impression cylinders

  • Use of dry cloth or ready-impregnated Prepac® cloth rolls
  • Indication of washing cloth consumption
  • Individual programming and central control of washing programs
  • Multiple-media washing circuits permitting the use of different ink systems

 

Roller washing

  • Individual programming and central control of washing programs
  • Multiple-media washing system permitting the use of different ink systems

 

“Print clean” function

  • Specific stripping of the remaining ink from plate and blanket
  • Reduced blanket washing times
  • Enhanced production stability withthin materials

Three-drum sheet turning

  • Proven 1-2-1 configuration for exact perfecting register
  • Special perfecting drum gripper system handling a broad substrate range in both straight printing mode and perfecting
  • Maximum production speed in both straight printing mode (18,000 sph) and perfecting (15,000 sph)
  • Fully automatic mode conversion:2 min

 

Sheet travel

  • Air-cushioned sheet travel with blower bars and Venturi guide plates
  • Twisting suckers spread the sheets tight to ensure precise transfer
  • Long-lasting ink-repellent surface on impression cylinders after the perfecting unit
  • Automatic suction ring positioning in the delivery for fast job changeovers in perfecting

 

Sheet monitoring

  • Cameras under the perfecting unit and in the delivery for convenient monitoring and fine adjustment of the sheet travel
  • Optical missing sheet sensor

Chamber blade system

  • Chamber blade system for constant and even coating application
  • HydroComp blade pressure control ensures maximum blade life
  • Lightweight anilox rollers ensuring fast and user-friendly replacement

 

Coating supply system

  • Coating supply system for dispersion and UV coatings in separate circuits
  • Central control of automatic cleaning for dispersion and UV coatings
  • Excellent cleaning result enabling immediate use of the coating system for the next job

 

Coating forme change

  • Automated coating forme change
  • Change time: 2 min
  • Remote pressure setting
  • Remote setting of lateral, circumferentialand diagonal register

VariDry IR/hot-air

  • Carbon twin lamps with IR powerrating of 60 W/cm
  • Lamp replacement without tools
  • Automatic pile temperature regulation and dryer control
  • Can be installed as final dryers, as intermediate dryers or in a dryer tower

 

VariDry UV

  • Compact dryer module with UV power rating of 160 W/cm (stepless control)
  • Lamp replacement without tools
  • Automatic pile temperature regulation and dryer control
  • WashTronic for enhanced productivityand maximum service life of the UVlamps
  • Multiple-media connector permits free positioning of modules as final or interdeck dryers

Sheet travel 

  • Speed-compensated gripper opening cam for a broad range of substrates
  • Fan modules and blower bars promote optimum pile formation
  • Light barriers to guard the hazardous area

 

Touchscreen display

  • Touchscreen display with direct function keys for reliable and intuitive press operation

 

Powder sprayer

  • Speed-compensated and format dependent powder metering

 

Sheet brake

  • Sheet brake with pre-suction plate and variable speed to facilitate smooth sheet delivery
  • Automatic format setting
  • Individual air setting for suction rings

 

Extraction system

  • Elimination of health hazards from ozone and VOC emissions


Extended delivery

  • Enhanced productivity through fast drying times
  • Optimised sheet travel for high printting speeds
  • Available extension lengths:1,400 mm, 2,400 mm, 3,800 mm

Feeder 

  • Non-stop system with individual rods for uninterrupted production during pile changes
  • Fully automatic non-stop rake, with monitoring sensors for pile transport and pile reunion
  • Pile insertion and removal possible from all three sides

 

Delivery

  • Non-stop pile change possible at full production speed
  • Lowerable non-stop roller rack extended automatically in the direction of sheet travel
  • Sensor monitoring for lifting/ lowering of main and auxiliary piles

 

PileTronic logistics

  • Networking of press control, non-stop systems and pallet handling for maximum production efficiency
  • Range of proven logistics modules available
  • Elaboration of customer-specificsolutions
  • Paper supply without pallets possible

ErgoTronic Professional control console 

  • 19“ TFT touchscreen for ergonomic access to all press functions
  • USB port for fast communication of job data
  • ColorTronic ink metering with ink profile displays on console
  • Motorised console height adjustment and sheet inspection desk with adjustable desk angle
  • Uninterruptible power supply to enable controlled press shutdown incase of power supply failure
  • Integrated remote maintenance module

 

Control console functions

  • Job changeover program for automatic job presetting
  • Job-specific saving of all relevant press parameters for repeat jobs
  • Presetting of format and substrate thickness
  • Presetting of all substrate-specific airsettings
  • Job-specific presetting of ColorTronicink metering
  • Remote register setting
  • Presetting and selection of washing functions
  • Control for all peripheral equipment
  • Maintenance indicator

 

LogoTronic

  • Ink profile presetting via CIP3 data

 

LogoTronic Professional

Comprehensive management systemfor KBA presses:

  • CIP4/JDF interface to an MIS
  • Order management
  • Press presetting
  • Master data, including central ink database
  • PressWatch for graphic representation of the overall production process
  • SpeedWatch for graphic representation of job progress
  • Report functions

Sheet format

 

Maximum (standard/special version)

740 x 1060 / 740 x 1060 mm

Minimum (standard/special version)

340 x 480 / 400 x 480 mm 


Printformat

 

Maximum

730 x 1050 mm

Maximum before perfecting

720 x 1050 mm


Substrates 1)

 

Standard

0.06 – 0.7 mm

with lightweight equipment

0.04 mm

with board-handling equipment

1.2 mm

with corrugated equipment

1.6 mm

Press with perfecting

0.8 mm


Max. printing speed 2)

 

Up to 8 printing units 

18,000 sheets/h  

Press with perfecting in straight mode,
up to 8 printing units

18,000 sheets/h 

Press with perfecting in perfecting mode,
up to 8 printing units

15,000 sheets/h 


Pile heights 3)


Feeder

1,300 mm

Delivery

1,200 mm


Plate/blanket dimensions


Plate size

795 x 1060 mm

Copy line (standard/special version)

36 mm

Blanket size

860 x 1070 mm

 

1) Printability is also influenced decisively by the flexural rigidity of the substrate
2) Dependent on individual processing parameters, e.g. the inks and substrates used
3) From floor / without non-stop operation

Productvideos: Rapida 106

  • Rapida 106 DriveTronic
  • Rapida 106 - Make ready world champion
  • Rapida 106 - Commercial print
  • Rapida 106 - Packing production
  • Rapida 106 - Special applications
  • Rapida 106 - Impressive finishing
  • Rapida 106 - Flying JobChange
  • Rapida 106 - Quality control
  • Rapida 106 - Digital networking
  • Pile logistics - Introduction
  • Pile Logistics - Prerequisites
  • Pile Logistics - Logistics systems
  • Pile Logistics - Practical examples

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