Slitting & Rewinding Technical Guides

Practical, field-tested guides for slitting, rewinding and converting lines: how to size, select and maintain air shafts, differential shafts, magnetic powder brakes and clutches, tension controllers and web guiding systems. Written by XW Machinery application engineers for plant engineers and purchasing teams.

Not sure which shaft or brake fits your line? Send us your core size, roll weight and line speed — our engineers reply with a sizing recommendation.

XW Machiniery Differential Shaft installed on a slitting and rewinding machine for precise multi-roll tension control and uniform winding quality.

スリッティング業界におけるデフレンシャルシャフトの用途と選び方

Applications of Differential Shafts in the Slitting Industry Modern slitting and rewinding operations demand high precision, stable web tension, and...

スリッティング業界におけるデフレンシャルシャフトの用途と選び方

Applications of Differential Shafts in the Slitting Industry Modern slitting and rewinding operations demand high precision, stable web tension, and...

Uneven material thickness causing poor roll winding quality during rewinding

素材の厚みむらによる巻取り不良:原因と対策ガイド

Roll-to-roll manufacturing requires consistent winding quality to ensure efficient downstream processing.

素材の厚みむらによる巻取り不良:原因と対策ガイド

Roll-to-roll manufacturing requires consistent winding quality to ensure efficient downstream processing.

XW Machinery air expanding shaft concentricity test showing runout accuracy inspection before shipment

エアシャフトの精度と品質の関係:XW Machineryの製造基準と同芯検査

In the converting, slitting, printing, coating, and packaging industries, many buyers focus on shaft diameter, load capacity, and delivery time when...

エアシャフトの精度と品質の関係:XW Machineryの製造基準と同芯検査

In the converting, slitting, printing, coating, and packaging industries, many buyers focus on shaft diameter, load capacity, and delivery time when...

Lug Type vs Leaf Type Air Shaft comparison showing differences in core gripping structure, torque transmission, and industrial applications

ラグ式とリーフ式エアシャフト:どちらがお客様の産業用途に合うか

In the converting, printing, packaging, and textile industries, air expanding shafts (also known as air shafts) are indispensable core-holding components...

ラグ式とリーフ式エアシャフト:どちらがお客様の産業用途に合うか

In the converting, printing, packaging, and textile industries, air expanding shafts (also known as air shafts) are indispensable core-holding components...

Comparison of four air shaft types including lug type air shaft, leaf type air shaft, multi bladder air shaft and differential shaft for slitting, rewinding, printing and converting applications.

4種類のエアシャフト完全ガイド:リーフ式・ラグ式・ストリップ式・マニュアル式

Air shafts are essential core components for slitting, rewinding, coating, printing and packaging machinery in the web converting industry.

4種類のエアシャフト完全ガイド:リーフ式・ラグ式・ストリップ式・マニュアル式

Air shafts are essential core components for slitting, rewinding, coating, printing and packaging machinery in the web converting industry.

Steel Air Expanding Shaft vs Aluminum Air Expanding Shaft comparison showing load capacity, strength and durability for converting and slitting applications by XW Machinery

適切なエアシャフトと最適なシャフト材質の選び方|完全ガイド

Blog Intro Note : Two reference YouTube Shorts cover general air shaft selection and aluminum alloy air shaft specifics (URLs attached below for readers’...

適切なエアシャフトと最適なシャフト材質の選び方|完全ガイド

Blog Intro Note : Two reference YouTube Shorts cover general air shaft selection and aluminum alloy air shaft specifics (URLs attached below for readers’...

12 Inch Air Expanding Shaft manufactured by XW Machinery for web converting, slitting and rewinding applications with stable roll support and high gripping force.

カスタムエアシャフト寸法ガイド:XW Machineryが製造可能な径と長さ

Published for the Slitting, Printing & Packaging Industry When sourcing air expanding shafts for slitting, rewinding, coating, and printing machinery, two...

カスタムエアシャフト寸法ガイド:XW Machineryが製造可能な径と長さ

Published for the Slitting, Printing & Packaging Industry When sourcing air expanding shafts for slitting, rewinding, coating, and printing machinery, two...

How Does a Differential Shaft Work? | Pneumatic Slip Shaft for Slitting Rewinding

デフレンシャルシャフト(差動シャフト)の作動原理

If you work in the slitting, rewinding, or converting industry, you’ve likely heard of a differential shaft —a core component that keeps your production...

デフレンシャルシャフト(差動シャフト)の作動原理

If you work in the slitting, rewinding, or converting industry, you’ve likely heard of a differential shaft —a core component that keeps your production...

Learn the air shaft working principle and explore practical, convenient air shaft design for industrial winding & slitting applications.

エアシャフト(膨張シャフト):作動原理とメリット

In printing, packaging, paper converting, textile and many roll-to-roll industries, air shafts (pneumatic shafts) play a key role in winding and unwinding...

エアシャフト(膨張シャフト):作動原理とメリット

In printing, packaging, paper converting, textile and many roll-to-roll industries, air shafts (pneumatic shafts) play a key role in winding and unwinding...

Industrial magnetic particle clutch comparison: single shaft, hollow, ultra thin, micro models

磁気粉末ブレーキの4種類:詳細解説

Magnetic powder brakes are essential components in industrial tension control systems, widely used in winding, unwinding, and speed regulation applications.

磁気粉末ブレーキの4種類:詳細解説

Magnetic powder brakes are essential components in industrial tension control systems, widely used in winding, unwinding, and speed regulation applications.

Hollow Shaft Magnetic Powder Brake: Applications & Installation Guide

中空シャフト磁気粉末ブレーキ:用途と設置ガイド

Introduction A hollow shaft magnetic powder brake is a core tension control component widely used in industrial winding and unwinding systems.

中空シャフト磁気粉末ブレーキ:用途と設置ガイド

Introduction A hollow shaft magnetic powder brake is a core tension control component widely used in industrial winding and unwinding systems.

Single-Shaft Magnetic Powder Brake for Industrial Use | XW-Machinery

シングルシャフト磁気粉末ブレーキ:特長と設置ガイド

In industrial motion control, precision tension control and reliable braking are critical for winding, unwinding, and material processing applications.

シングルシャフト磁気粉末ブレーキ:特長と設置ガイド

In industrial motion control, precision tension control and reliable braking are critical for winding, unwinding, and material processing applications.