The ARTY 75H is a compact, versatile and easy-to-use flow wrapper for pillow-pack type applications. Built with ingenuity to cover a wide range of wrapping applications with no change parts needed. From candies to baked products as well as coupons, products in plastic trays, hardware parts, candy-bars, cookies, pastries, etc.
• Featuring self-centering reel-holder, adjustable bag forming box, telescopic side rails, quick release infeed conveyor and more to achieve quick set-up and change overs with no tools and no technical skills required.
• Higher speeds (up to 360 bpm with 4 jaws) than most machines in its price range, using roll stock of plain or printed heat sensitive materials.
• Its low energy consumption rate and its affordable price places it within the most economical and cost efficient machines. (A single jaw machine uses only 1.3 Kilowatt per hour).
• Hinged doors, rotary mercury switches, three phases AC motor, pre-greased sealed bearings are some of the features to reduce and simplify maintenance.
• Improved functionality by adding optional devices such as: Multiple jaws, extended conveyors, inline printers, hole punches, zig-zag knives, automatic feeders, double reel holder, print registration...
Features:
• Quick loading, self-centering, reel holder.
• Adjustable bag forming box.
• Cut-off length adjustment by means of a hand wheeland a mechanical variator.
• Fin seal folding to the left or to the right.
• Main drive is a maintenance free, three phases motor,1 HP, controlled by an AC inverter.
• Continuous variable speed by means of a potentiometer.
• PLC controller.
• In phase machine stop.
• Digital PID temperature controllers.
• Maintenance free mercury rotary switches to transferpower to the sealing jaws and fin wheels.
• Jaws drive torque limiter with safety switch and resethand wheel.
• Lugged infeed conveyor equipped with quick releaseelectromagnetic clutch.
• Discharge belted conveyor.
• Polycarbonate safety guards with interlock safetyswitches.
• Powdered painted steel and anodized aluminum construction.