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Concept 401LF (Light Finisher) - year 2014 The CONCEPT 401 LIGHT FINISHER is a unit designed to post expose and light finish flexographic printing plates. •Single drawer capacity •Minimum plate size: A4 •Max plate size: 1200 x 1600mm (47 x 63”) •Unit Dimensions: 2080 x 1420 x 330 mm •Weight: 320kg •Exhaust: 2 x 800 m3/h •Power Requirements: 400v – 3ph/N/PE 50/60Hz 4kW 6A ---- 230v – 3ph/PE 50/60Hz 4kW 11A Concept 401D (Dryer) - year 2014 The CONCEPT 401D Dryer is a unit designed for the drying of solvent washable printing plates. ·Six (6) drawer capacity ·Minimum plate size: A4 ·Max plate size: 1200 x 1600mm (47 x 63”) ·Unit Dimensions: 2080 x 1600 x 1130 mm ·Weight: 650kg ·Exhaust: 100 m3/h minimum for dryer ·Power Requirements: 400v – 3ph/N/PE 50/60Hz 5kW 8A ------- 230v – 3ph/PE 50/60Hz 4kW 11A Concept 405DW (Processor) The CONCEPT 405 Digital Processor is a unit designed for washout of solvent washable printing plates with dedicated “digital section” to remove the black layer of digital plates. ·Number of plates: 3 ·Minimum plate size: A4 ·Max plate size: 1200 x 1600mm (47 x 63”) ·Unit Dimensions: 1960 x 4350 x 970 mm ·Weight: 1290kg ·Exhaust: 600 m3/h minimum ·Power Requirements: 400v – 3ph/N/PE 50/60Hz 8.5kW 13A --- 200v – 3ph/PE 50/60Hz 8.5kW 24A Kodak NX Wide-C Imager and Laminator Model TSL (2015) Digital pate imaging with Flexcel NX system. ·Plate processing sizes include: 24x30”, 31x42”, 35x47” and 42x60” ·Imager Dimensions: 2540 x 1788mm (100x70.4”) ·Laminator Dimensions: 2806 x 1366mm (110.5x52.6”) ·Debris Removal Unit (UDRC) Dimensions: 540x540mm (22x22”) ·Compressed air requirements: 3.85 scfm @ 90 psi ·Electrical requirements: Imager: 200-240v – 1ph 50/60hz 14A Laminator: 200-240 – 1ph 50/60hz 8A UDRC: 200-240v – 1ph 50/60hz 12A

All-in-one equipment is designed for the manufacture of Flexoplates, including digital ones. The Flexoplate is mounted on the washing table face down. Relief wash-off is done by means of circular movements of the Flexoplate over the brushes. Automatic closing/opening of the section at the beginning/end of work. Dimensions of Flexoplates, max. 76x102 cm Power consumption 5.5 kW Exposure lamps (UV-A) 20 x 60W Finishing lamps (UV-C) 9 x 36W Lamps for post-exposure (UV-A) 10 x 60W Drying temperature, maximum 65°C The capacity of the working tank is 120 liters

Operating and business equipment: 3 register cabinets wastewater-free electroplating H²O Vaccumdestilation 2012 engraving system Helio Xtreme 22 2006 engraving system Helio Sprint C engraving system 2x Helio Sprint B engraving system 2x Helio Sprint BC+ 2019: HelioSprint BC engraving systems with the suffix “+” as standard. This suffix indicates that these engraving systems engrave at 9 kHz with angle 4 and thus offer 20% better performance than before. Operating equipment: EAN code analyzer REA PC-SCAN 2024 Label dispenser Drucker 2005 Hardness tester Mic 10-H 2009 Tube end milling machine MF 3-25 2020 Machines: Press proof machine Heaford 1800x3500 Press proof machine Heaford geb. 1600x3000 Stripping station from Kaspar Walter Slim Line 2019 Copper bath Cumax from Kaspar Walter Slim Line 2019 Suitable for cylinders with: Total length max: (depending on cylinder): 2350 / 2100 mm/Face length max: 1600 mm/Circumference max: 1000 mm/Available for different cylinder sizes Copper bath from Kaspar Walter 2006 Degreasing from Kaspar Walter 2006 Chrome bath from Kaspar Walter 2006 Polishing machine from Kaspar Walter 2005 Finishstar from Daetwyler P1610 Cu/Cr 2019 Compact cylinder rack from Bauer Modulo 2019 MODULO is a rack system with a modular design concept. It is made up of storage cubes with trays, each of which stores 5 cylinders for a total of 40 cylinders. A single unit of the MODULO-S has a footprint of only 16 m². The rack system arrives fully assembled at our customers site und only needs to be placed in its final position. MODULO can be individually extended. It is loaded by the automatic WEGA or GEMINI crane. The rack control is handled by the master control system of the production line. Used. Polishmaster JU III N 1988 Polishmaster 2600 1988 Cylinder engravingHell K500 XLNT 2006 Cylinder engraving Hell K500G4XL 2019 Basic unit (L x H x W) 4563 x 1712 x 1245 mm Space required incl. access area (L x W) 6350 x 2882 mm Hollow cylinder /Shaft cylinder Face width 400 / 510 - 2400 mm 400 - 2300 mm incl. shafts 600 - 2600 mm Circumference 300 - 1500 mm / optional 200 - 1400 mm 300 - 1500 mm / optional 200 - 1400 mm Cylinder weight Max. 500 kg (600 kg in three-jaw chuck) Cylinder mounting Pivots with exchangeable inserts (three-jaw chuck on request)

Product Name: PlateRite FX1524N Media: Letterpress digital plates, flexo digital plates, dry films, thermal offset plates (option) Media sizes*1: Maximum 1,524 × 1,067 mm (60.0" × 42.1") Minimum 200 × 100 mm (7.9" × 4.0") Media thickness*1: 0.10 to 6.35 mm Resolution: 2,400 dpi, 2,540 dpi, 4,800 dpi*2 Productivity: 4 to 6 m2/h (6,200 to 9,300 sq in/h)*3 Options: Upgrade to FX1524N, thermal offset plate option*4, inline UV LED exposure function Dimensions (W × H × D): Main unit: 2,450 × 1,210 × 1,110 mm (96.5" × 47.7" × 43.8")*7 Air filtering unit: 530 × 840 × 670 mm (20.9" × 33.1" × 26.4") Blower unit: 685 × 550 × 670 mm (27.0" × 21.7" × 26.4") Chiller unit: 350 × 715 × 660 mm (13.8" × 28.2" × 26.0") (UV LED option) Weight: Main unit: 1,120 kg (2,464 lb) Air filtering unit: 90 kg (198 lb) Blower unit: 50 kg (110 lb) Chiller unit: 63 kg (138.6 lb) (UV LED option) Power requirements: Main unit: Single phase 200 to 240 V, 20 A, 4 kW Air filtering unit: Single phase 200 to 240 V, 16 A, 3.2 kW Blower unit: Single phase 200 to 240 V, 10 A, 1.2 kW Chiller unit: Single phase 200 to 240 V, 3 A, 0.6 kW (UV LED option) Environment: Temperature: 21 to 25°C (69.8 to 77°F) [recommended], Relative humidity: 40 to 70% (no condensation) *1 Limitations may exist depending on the plate material. *2 Note that 4,800 dpi screening is not possible for thermal offset plates. *3 Productivity may vary depending on the media sensitivity. *4 Supported thermal offset plate sizes range from a maximum of 1,165 × 950 mm (45.9" × 37.5") to a minimum of 320 × 100 mm (12.6" × 4.0"). *5 Supported thermal offset plate sizes range from a maximum of 870 × 762 mm (34.3" × 30.0") to a minimum of 200 × 100 mm (7.9" × 4.0"). *6 This is available as a factory option. It is for steel based plates. *7 The depth of systems equipped with UV LEDs is 170 mm longer than the standard specifications. *8 The depth of systems equipped with UV LEDs is 135 mm longer than the standard specifications.

The Spout Inserting Machine is a machine designed for sealing spouts into pouches horizontally. The machine is divided into several stations. The stations of the machine are as follows: Control unit The control unit is housed in a dedicated cabinet. The entire machine can be operated through the control unit by the touch screen. Below the touch screen is the emergency button located. On the other-side of the machine there is a second small control panel . Electric cabinet All electric connections are located in a cabinet at the back-side of the machine, except the connections of the spout and pouch feeder which are located in a cabinet under these feeders. Pneumatic cabinet All pneumatic connections, lines and valves are located in a cabinet at the back-side of the machine, except the vacuum ejectors of the openers and the vacuum test station, the valves of the seal and cool stations and the valves of the spout feeder which are located near their stations. Pouch in-feed The pouch feeder takes the pouches from the pouch cartridge between counter rotating belts and shoots the pouches into the machine. The pouch shoots between two belts, at that moment the pouch will be proper aligned . The movable belt goes down and transports the pouch further into the machine. Pouches that can be handled by the SIM can vary in sizes and seal angles. Several mechanical adjustment must be made for each different type of pouch. Pouch transport The pouches are transported in the machine by two timing belts. The upper belt are counter rotating in relation to the lower two belt. The upper belt are pressed on top of the lower belt by springs, these springs create enough force to clamp the pouch between the belts. Therefore the pouches can be moved by the belts throughout the machine. Cutter The cutter is the first station after pouch in-feed. The cutter cuts off the top of the pouch, therefore a opening for the spout is created. When a pouch already has a opening the cutter don’t have to cut. Several mechanical adjustment must be made for each different type of pouch. Pouch-opener The pouch-opener contains two vacuum cups mounted on a pair of cylinders. The opener is mounted on a sliding unit, and opens the pouch during pouch transport. Spout feeder The spout feeder is positioned in front of the machine. The spout feeder feeds the spouts to the spout inserter. A bowlfeeder and a vibrating conveyer transports the spouts to the separator. The separator presents the spout towards the spout inserter. Spout inserter The spout inserter places the spout into the pouch and shortly seals the spout (a preseal). The spout feeder feeds the spouts, where the separator presents the spout towards the inserter. A gripper crabs a single spout and turns towards the pouch. The pouch is held open by two vacuum cylinders. When fully open the spout is place inside the pouch. A short seal after placement ensures proper placement of the spout. Seal stations The heated seal stations are positioned after the spout inserter. The positions are fixed and cannot be changed. The spouted pouch is transported by the belts where it is seal three times. The pneumatically operated seal bars provide the seal. The temperature and time of the seal bars can be adjusted by means of the control panel. Cool station The position of the cool station is fixed and cannot be changed. This cool application presses the seal of the spouted pouch and cools it in order to achieve optimal seal properties. The time of the cooling bars can be adjusted by means of the control panel Inspection station At this station the spouted pouch is placed beneath a inspection camera. The system inspects the spouted pouch on correct spout placement. The following inspections are made: • The perpendicular alignment of the spout in relation to the pouch. • The depth of the placed spout inside the pouch. The control panel of the inspection system is placed next to the camera. The inspection parameters can be adjusted by means of this control panel. Ejection takes place directly into a bin, with a trap door to ensure that only “OK inspection” items are in the bin. The automation part of the system has been revised, with the addition of a dedicated PLC to replace management by the HMI's automation functions.