2019 and 2020 Burkle Process Technologies - LAMVS-LAMK - Automated PCB multilayer lamination line

2 x model LAMVS, 1 x model LAMK presses, Machine Numbers 0145720010 and 0145720020 and 0145720180, automated PCB multilayer lamination line designed for high throughput production with 2 x thermal-oil-heated vacuum laminating presses (LAMVS), 1 x hydraulic cold press (LAMK) for final cooling central Siemens SIMATIC PLC + HMI for line control, Technical Data Heat Press - Pressing force kN 196 – 5,000, Maximum operating pressure 255 bar, Pressing area 750 × 1350 mm², Specific pressure on area 700 × 1300 mm², 549 N/cm², Piston diameter 500 mm, Number of plates 11, Plate thickness 35 mm, Number of layers 10, Layer spacing 110 mm, Piston stroke 1100 mm, Maximum operating temperature 280 °C, Closing speed approx. 15 mm/s, Pressing speed approx. 1 mm/s, Nordfils 900mm x 1500mm , NOTOMSCO chain feed outfeed conveyor, Cab Squix 6.3/300 label printer, 8 plate storage system, plate stacker and delivery system, automated loading/unloading system, 1 x Kuka KR 150R3100 - 2 /FLR 6 axis robot S/No 1071230, year 2020 with KRC4 control S/No 3054640 and teach pendent and 850mm steel Armcam robot plinth, 1 x Kuka KR 150R3100 6 axis robot S/No 107229, year 2020 with KRC4 controller, teach pendent mounted on Kuka KL4000  8m long 7th axis S/No 151352, Through feed steam plate washer with knife dryer, Layer build system comprising of 3 x Staubli TX200L 6 axis robots , nominal payload 60Kg, S/Nos F/19/0010319/A/001, F/19/0009329/A/001, F/19/0009260/A/001 all 2019 each with DC8CHP - TX200 teach pendent and steel plinth, Also  including 2 x Kardex RemstarShuttle systems 1 x  type XP 500 1650x864x6950, serial number 20002697/001, 1 x type XP 250 1650x864x6950, year of manufacture 2020, Special feature: each has loading from both sides that’s possible with separate control and accessories trolleys,  This lot is also being offered for sale as individual parts that make up the complete line see lots 25 to 41 the total value of the individual lots must be higher than lot 1.