Newlong Machine Works, Ltd.'s Air Shafts

Cargo handling work can be done more efficiently and smoothly. When the take-up roll is inserted into the paper tube in an upright position and air...

• Drive Mechanisms & Components

• Air Shafts

The outer diameter of your air shaft can be changed to various sizes using an air adapter, making it lighter. The weight of a 3-inch air shaft equi...

• Drive Mechanisms & Components

• Air Shafts

This is a cantilever supported air shaft. Normally, the shaft is attached to the machine, so the core can be easily attached and detached without h...

• Drive Mechanisms & Components

• Air Shafts

By adopting our unique material clamping mechanism on the leaf type air shaft, winding work is now possible without a core (no paper tube). It has ...

• Drive Mechanisms & Components

• Air Shafts

The center of the air shaft body is hollow. In the case of a 3-inch core, the hollow air shaft can be fixed in any position and the core can be chu...

• Drive Mechanisms & Components

• Air Shafts

Suitable for thin paper tubes where the entire shaft expands and contracts and the lug easily deforms. A more even torque distribution can be obtai...

• Drive Mechanisms & Components

• Air Shafts

By using CFRP (carbon fiber reinforced plastic) for the pipe section and titanium alloy for the journal section, we have created an ultra-lightweig...

• Drive Mechanisms & Components

• Air Shafts

By using nylon resin for the air adapter body, we were able to reduce the weight of the adapter by approximately 20% compared to conventional produ...

• Drive Mechanisms & Components

• Air Shafts

The lugs may be arranged in parallel or staggered; this is the most standard type. The large contact area that holds the core ensures high torque. ...

• Drive Mechanisms & Components

• Air Shafts

The shaftless structure of the slide chuck improves economy and work efficiency. While the conventional taper cone method uses line contact, the sl...

• Drive Mechanisms & Components

• Air Shafts