MAGPOWR CL Cantilevered Load Cells for Narrow Web Applications
Load cells are not where operators want to spend their money. MAGPOWR’s CL Cantilever Load Cells facilitate that as they are the most cost effective cantilever load cell on the market. These sensors have the unique ability to accept virtually any roll and shaft assembly. Operators are no longer restricted in design – they simply install one of their spare roll assemblies into the Model CL Load Cell.
MAGPOWR’s CL Cantilever Load Cells are designed to support cantilevered idler rolls in processing machines that have just one side frame. They then accurately measure and control tension in a narrow moving web and are typically used on paper, film, foil, wire, fiber, fabrics or any materials used in the label, tag, tape, printing or converting industry.
These rugged load cells have mechanical overload stops and can be mounted inside or outside of the machine frame.
The NimCor Roll Restorer quickly turns seemingly unusable stock back into profitable inventory by helping to salvage virtually any roll with a crushed or damaged core. The Roll Restorer can also be used to install shafts while restoring damaged rolls.
Choose from Two Models:
Standard Model: 50.8 mm to 152.4 mm Core ID
Heavy Duty Model: 50.8 mm to 304.8 mm Core ID (forklift mountable)
Years of successful roll control in the field testify to the excellent performance of the Leaf Shaft. Designed for a wide range of converting applications, these shafts are best for the elimination of thin wall core deformation. The 360º radial expanding grip along the entire leaf face delivers more winding surface and allows for the winding of single or multiple rolls, with or without cores.
With smooth, polished external leaves, these shafts are particularly suited for delicate materials. Leaf Shafts are built tough, with bodies constructed of standard steel, alloy steel or aluminum, and internal tubes made of durable, hard-wearing rubber. Simple modular construction and standardized components mean quick off-the-shelf spares service and easy in-plant maintenance when necessary.
Series 650 Leaf Shaft – designed for light to medium-duty in 2 inch to 6 inch (50.8 mm to 152.4 mm) ID cores, as well as in coreless operations. The versatility of this shaft has made it the most popular and widely used leaf shaft on the market today.
Series 750 Leaf Shaft – designed for heavy-duty in 7 inch to 24 inch (177.8 mm to 609.6 mm) ID cores, as well as in coreless operations. The largest diameter leaf shaft available, this shaft is excellent for tougher jobs such as winding metal and foil strips. It can also be used as a reel spool for Paper reels and large paper machines
The Ultra-Lightweight GX Air Shaft is made with lightweight, high-strength aluminum and an innovative 2-piece expanding element. It delivers unmatched performance in many unwind and rewind applications. Operators’ backs will be saved as this shaft is one of the leading ergonomic solutions for converting applications and has helped many converters reduce or eliminate workers’ compensation claims due to overexertion and heavy lifting.
GX shafts are available to suit a large variety of core sizes and are part of Tidland’s complete line of ergonomic solutions for converters, which includes the ever-popular Force5 Air Chuck and Ultrashaft Carbon Fiber Air Shaft.
The perfect combination of durability and high-speed operation in a lightweight, ergonomic air shaft is what operators will find in Tidland’s Ultrashaft Carbon Fiber Air Shafts. The Ultrashaft is available with a unique resin rich coating to provide further protection against abrasion, knife cuts, unexpected impact and normal wear and tear from daily shaft handling. This new Ultrashaft M30 results in a lighter overall shaft weight and eliminates guessing if the carbon fiber under a cracked sleeve is safe for your application.
Further enhancements to the shaft include high-torque lugs and non-metallic retraction springs to virtually eliminate bladder failures giving you an ultra-reliable, ultra-durable, ultra-high speed, Ultrashaft.
