Heidelberg - Speedmaster SM 102 V

Key Technical Aspects:

Dimensions and Specifications :The Heidelberg Speedmaster SM 102 V has a maximum sheet size of 720 x 1020 mm and a minimum sheet size of 350 x 500 mm. The machine's weight is approximately 12000 kg, and it has a power consumption of around 150 kW. The press is capable of producing up to 15000 sheets per hour, depending on the configuration and application.

Paper Handling :The SM 102 V features a highly advanced paper handling system, including a feeder with automatic pile change, a sheet transport system with air-jet technology, and a delivery system with a high-capacity pile stacker. The machine can handle a wide range of paper weights, from 0.03 to 0.6 mm, and is equipped with an automatic sheet size adjustment system.

Printing Unit :The printing unit of the SM 102 V is equipped with a high-precision inking system, featuring a combination of conventional and UV inking options. The machine has a maximum print speed of 15000 sheets per hour and a print resolution of up to 400 lpi. The printing unit is also equipped with an automatic wash-up system and an integrated drying system for optimal print quality and productivity.

Ink System :The ink system of the SM 102 V features a high-performance, low-maintenance design, with a choice of conventional or UV inks. The machine is equipped with an automatic ink supply system, which ensures consistent ink flow and optimal print quality. The ink system also features an integrated ink temperature control system, which helps to maintain a consistent ink viscosity and ensures optimal print results.

Plate Cylinder :The plate cylinder of the SM 102 V is designed for high-precision plate changing and features an automatic plate clamping system. The machine is equipped with a choice of plate formats, including ITR (Ink Transfer Roller) and non-ITR options, and features an integrated plate cleaning system for optimal print quality and reduced waste. The plate cylinder is also designed for easy maintenance and repair, with quick-change bearings and a modular design for minimal downtime.