Elevate Your Die-Cutting Efficiency with EC-1450T Automatic Flatbed Die-Cutter!

Die-Cutter(1)

Die-Cutter1(1)

Looking for a high-performance die-cutting solution that balances speed, precision, and versatility? Meet the EC-1450T Automatic Flatbed Die-Cutter with Stripping (Top Feeder) — engineered to transform your production line with smart design and reliable performance.

✅ Wide Material Compatibility: Handles solid board (350-2000gsm) and corrugated board (single/double wall BC/BE, up to 7mm) effortlessly. Stream feeding for solid board and single-sheet feeding for corrugated sheets adapt to your diverse needs.

✅ Quick Setup & Job Changes: Equipped with a center line system compatible with other brands’ cutting forms, plus convertible side lays and easy-adjustable joggers. Cut down on downtime and boost productivity for short or long runs.

✅ High Speed & Precision: Max mechanical speed of 5500 sph and production speed of 2000-5000 sph (adjustable to conditions). Servo-controlled feeding, photoelectric detectors, and gear-driven cast-iron body ensure smooth, accurate operation every time.

✅ Full Stripping & Labor Savings: Double-action stripping system + lead edge waste removal device eliminate manual sorting. Non-stop high-pile delivery (1550mm max height) keeps production flowing, shortening lead times.

✅ Safety & Durability: Siemens PLC, YASKAWA inverter, and CE-certified electrical components guarantee reliability. Multiple safety devices (photo-sensors, safety doors/windows) protect operators, while cast-iron construction and self-lubrication system enable long-term stable runs.

Ideal for packaging, printing, and corrugated industries — the EC-1450T is built to reduce material waste, cut labor costs, and meet tight delivery deadlines.

Ready to upgrade your production capacity? Connect with us today to get a customized quotation and learn how the EC-1450T can drive your business growth!

#DieCuttingMachine #PackagingEquipment #IndustrialAutomation #ProductionUpgrade #PrintingTechnology

 


Post time: Jan-19-2026