Products

E-Z Hoist MCL-400

Mobile Crane Lift for Heavy Die & Roller Handling

Products

E-Z Hoist MCL-400

Mobile Crane Lift for Heavy Die & Roller Handling

Products

E-Z Hoist MCL-400

Mobile Crane Lift for Heavy Die & Roller Handling

Products

E-Z Hoist MCL-400

Mobile Crane Lift for Heavy Die & Roller Handling

E-Z Hoist MCL-400

Mobile Crane Lift for Heavy Die & Roller Handling

The E-Z Hoist MCL-400 is a mobile crane-style die and roller lift designed for handling heavier tooling across multiple machines or workstations. Built for flexibility and safety, the MCL-400 enables controlled lifting, transport, and positioning of dies and rollers without manual strain or reliance on fixed mounting points.

Ideal for facilities with multiple converting lines or varied equipment layouts, the MCL-400 provides a safe and efficient solution for tooling changeovers where mobility is essential.

Where the MCL-400 Fits Best

The E-Z Hoist MCL-400 is commonly used in operations that require:

Handling heavier dies and rollers beyond press-mounted lift capacity

Moving tooling between multiple machines or production areas

Supporting shared tooling across different converting or printing lines

Flexible handling in facilities with changing layouts or workflows

Its mobile design makes it especially valuable in environments where tooling must be repositioned frequently.

Designed for Mobile Precision and Safety

The MCL-400 combines crane-style lifting with controlled movement to ensure dies and rollers can be handled safely and accurately. Precision caster wheels allow smooth maneuverability, while the lift mechanism provides stable vertical control during loading and removal.

Key design advantages include:

Controlled lifting to minimize operator strain

Stable positioning during tooling installation and removal

Reduced risk of tooling damage during transport

Safe operation without forklifts or overhead cranes

Mobile Platform Design

Unlike press-mounted lift systems, the MCL-400 operates as a fully mobile unit, allowing it to service multiple machines or workstations.

Design features include:

Heavy-duty mobile platform with precision caster wheels
Crane-style arm for extended reach and positioning flexibility
Secure tooling support during lifting and transport
Compact footprint for use in production environments

This design allows operators to move dies and rollers directly from storage to the machine with minimal handling steps.

MCL-400 Key Capabilities

Designed for lifting heavier dies and rollers

Mobile crane-style configuration for facility-wide use

Smooth, controlled lifting and lowering

Precision positioning for accurate installation

Reduces workplace injuries and tooling damage

Built for industrial environments with frequent changeovers

Built for Durability and Long-Term Use

Built for Durability and Long-Term Use

The E-Z Hoist MCL-400 is engineered for continuous use in demanding production environments. Rugged construction and straightforward mechanical design ensure long service life with minimal maintenance.

Explore the Sigma Series Further

Explore the Sigma Series Further

If your operation requires a mobile solution for safely handling heavier dies and rollers across multiple machines, the E-Z Hoist MCL-400 offers a flexible and reliable approach to tooling management.

If your operation requires a mobile solution for safely handling heavier dies and rollers across multiple machines, the E-Z Hoist MCL-400 offers a flexible and reliable approach to tooling management.

AZTECH designs and manufactures dependable converting systems trusted worldwide for label, packaging, and specialty material production.

Proudly

Contact & Support

Tempe, Arizona, USA

Toll Free: (800) 829-8351

info@aztechconvertingsystems.com

© Aztech Converting Systems 2026

AZTECH designs and manufactures dependable converting systems trusted worldwide for label, packaging, and specialty material production.

Proudly

Contact & Support

Tempe, Arizona, USA

Toll Free: (800) 829-8351

info@aztechconvertingsystems.com

© Aztech Converting Systems 2026