Used Thermoformer: ATEM SS CV of 1996

Materials: ABS, PMMA, PE, PP , PET, PS Min depth of draw: 80 mm Max sheet dimensions: 1560 x 1060 mm Speed production: min 6 cycle/h (10 mm) - max 40 cycle/h (1, 4 mm) n. 120 resistences W 650 mm 250x60 (standard) of heating panels n.240 resistences W 325 mm 125x60 (optional) of heating panels hydraulic pump power: 7,5 Kw vacuum tank capacity: 500 l

Standard Speed: CPM 100 Depth of draw: 24” Top 24” Bottom mold, has ability to form both top and bottom. Plastic clamping system: fully adjustable, easily adjusted to any size sheet. Heaters: Infrared ceramic heater panel 30,000 watts with energy saving mode and independent percentage controls Vacuum: 500 Gallon surge tank coupled with an industrial 15 HP high pressure vacuum pump Tooling table Top and Bottom: designed for heavy tools and optimum pressure table offers adjustable clamps for desired tool sizes. Power: three phase 150 amps, 380 volts; it has been upgraded· Tool vacuum box: fitted with vacuum box for demonstration and single part prototyping; the equipment works and can be adapted to your very needs. Recommended for plastics: ABS - PVC: - PETG - HIPS - HDPE – ACRYLIC (Recommended for most thermoplastics up to 1/2 inch) Controllers: Solid state programmable heater percentage control and heat time indicator; it can be operated in semi-automatic mode. Air: requires 90 PSI Includes 15 Horse Power hydraulic pump system with reservoir and 150’ of high pressure lines. Includes 3 phase large outfit chiller with oven chill lines for higher output. This is a great machine for the following industries: Plastic forming companies or Universities Military bases Props and special effects Precast cement Electronics packaging RV components Spa and tub Hobble RC bodies, etc. Upgrades that this machine has: 1. Upper tooling Table: used for deep draw female plugging; offers better distribution of plastic gauges and can be secured vacuum seal on heavy gauges. 2. Separation to eliminate webbing on closely arranged tools 3. Heater controllers: PLC zone control independent percentage controlled, standard controllers are coupled to independent fuses and PID controllers. The design offers complete control high wattage percentage based units; with economy size down switch options for economy mode running.