Precision engineering meets from the most durable magnetic cylinder on the market
The toughness of the AccuBase™XT provides converters with superior performance, productivity, and extended service life for the harshest and most abrasive of converting challenges in the toughest environments. The only match for the AccuBase™XT’s holding power is its ability to perform beyond your expectations when higher loads and high press speeds are required. The AccuBase™XT magnetic cylinder is the next-level of reliability and speed from a RotoMetrics’ magnetic cylinder complemented by the support and technical expertise of our world-class synchronized team.Product Features
- Performs exceptionally well for metal-to-metal cutting and folding carton applications
- Increased durability of through-hardened journals and bearers made of D2 steel
- Three-piece design with hardened journals and bearers for quick and easy replacement if damaged or worn
- Superior magnetic strength
- Guaranteed precise tolerances on Total Indicator Reading (TIR) and bearer/body diameters
- Long service life
- Drive gear included with cylinder
Product Applications
- Pressure sensitive labels
- Shrink labels
- In-mold labels
- Thin Film/Liners
- No-look Labels
- Re-sealable Packaging
- Thermal Transfer Labels
- Metal-to-Metal Applications
- Long Run Paper Applications
- Folding cartons
- Specialty Applications
Processed Materials
- Paper, including Thermal Transfers
- Laminated Paper
- Film
- Paperboard
Markets For Use
- Consumer Goods
- Medical & Pharmaceutical
- Industrial & Automotive Fabrication
- Personal Care
- Packaging (includes Flexible Packaging, Folding Carton, Liquid Packaging)
Technical Specifications
- Clearance tolerance: +0/-.0001” (2.5 microns)
- Concentricity: -.0001” (2.5 microns)
Product Customization Options
- D2 Journal Bearers
- Higher-strength magnet configurations are available based on your application
- Contact a RotoMetrics customer service representative to identify the best way to optimize the AccuBase™ on clearance, dimensional tolerances, and other flexible die use suggestions