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Tidland Raptor Series Air Powered Lug Chucks

  • Wide-footprint lug is non-destructive allowing maximum reuse of cores
  • Durable construction reduces total cost of ownership
  • Positive, mechanical retraction of lugs ensures easy removal from cores
  • Pneumatic lug activation results in positive core grip at all times
  • Concentrically expands and centers cores within 0.4 mm (0.015 inch) for improved splice reliability and increased operating speeds
  • Toolless adapters for easy changes from one core size to another

Tidland Lug Chuck Specifications per Nominal Core Size

  • Nominal Core Size76.2 mm3 inches
  • Maximum Roll Weight3,181.8 kg7,015 lb
  • Mounting Bolt Circle Diameter177.8 mm7 inches
  • Housing Width76.5 mm3.01 inches
  • Nominal Core Size152.4 mm6 inches
  • Maximum Roll Weight5,454.5 kg12,025 lb
  • Mounting Bolt Circle Diameter203.2 mm8 inches
  • Housing Width73.9 mm2.91 inches

Tidland's Raptor Series Air Powered Lug Chucks are easy to use and maintain and help eliminate the core damage usually associated with shaftless applications. The Air Powered Lug Chuck is ideal for high-speed printing, laminating, sheeting applications on unwind flying or zero speed splicers and other shaftless unwind/rewind applications. Unlike other chucks, Tidland's Raptor Series Air Powered Chucks offer on-machine maintenance and toolless adapter changes from 76.2 mm (3 inch) to 305 mm (12 inch) cores in less than 5 seconds.

Servicing Tidland Raptor Series Air Powered Chucks

Tidland's shaftless Chucks are ideal for continuous-duty shaftless applications in corrugating, sheeting, paper finishing or laminating. The unique design is extremely robust, easy to maintain and core-friendly. Ease of removal and insertion improve overall throughput while reducing waste...

Cleaning Tidland Raptor Series Air Powered Chucks

Tidland's shaftless Chucks are ideal for continuous-duty shaftless applications in corrugating, sheeting, paper finishing or laminating. The unique design is extremely robust, easy to maintain and core-friendly. Ease of removal and insertion improve overall throughput while reducing waste...