EN DCS 2500 Product Sheet
2Pages

Reach your Get the Most from Your Cutting System THE GERBERCUTTER® DCS 2500 SYSTEM IS A HIGH-SPEED, SINGLEOR LOW-PLY, STATIC TABLE CUTTING SYSTEM, DESIGNED TO CUT A WIDE VARIETY OF FABRICS. IT CUTS TO WITHIN MILLIMETERS AT SPEEDS UP TO 1.1 METERS PER SECOND (45 INCHES PER SECOND). Get accurately cut parts every time. • The DCS 2500 employs a powerful vacuum system to hold material firmly in place during cutting to ensure quality cut parts. • Adjust pressure on the cutting tools to cut a wide variety of materials with precision. • The cutting head is designed to accommodate three tools simultaneously to minimize tool changes. Choose from multiple types of straight knives, wheel knives, notching tools and punches. Includes a pen for annotation. Disposable blades are inexpensive and easy to change. Easy to use. • Because the DCS 2500 is highly intuitive, migration from manual cutting is easy. The easy-to-use keypad controls many machine functions at the cutter. • Windows®-based software employs a graphical user interface to simplify operator training and daily use. Includes wizards to automate repetitive processes and speed preparation of the cutting job. • Easily stores cutting setup files for quick retrieval to accelerate future cut jobs. • The DCS 2500 is network-compatible for easy transfer of data from a wide variety of CAD systems. Use up to three cutting tools and a pen on the head assembly for maximum

Realize a fast return on your investment. • Automatic end cutting eliminates material waste by cutting precisely at the end of each marker. V-notch and punch tools are available for additional cutting capability. • Single-ply cutting enables you to cut as orders arrive. Reduce work in process, lead times and work planning. • The optional Toolpath module in CutWorks software optimizes cut times by sequencing parts (and internal cuts) in the most efficient order for cutting. Automatically removes common lines between parts to achieve zero buffer cutting. • No paper underlay or plastic overlay...