Tele-Mast Straddle Crane

Tele-Mast Straddle Crane

Air Technical Industries (ATI) designs and manufactures Tele-Mast Straddle Cranes for heavy-duty industrial lifting, equipment positioning, and material handling. Engineered for demanding manufacturing and maintenance environments, these mobile lifting systems combine hydraulic telescopic mast technology with the flexibility needed to lift, transport, and position oversized industrial loads.

The ATI Tele-Mast system provides a versatile straddle lift crane solution for facilities that need to move heavy machinery, large components, and specialized equipment without relying exclusively on fixed overhead lifting systems. Available in towable and self-propelled configurations, these cranes can be adapted to different operating environments, load dimensions, and lifting requirements.

With heavy-duty construction, adjustable lifting heights, and custom engineering options, ATI’s industrial straddle cranes support efficient material movement in manufacturing plants, aerospace facilities, equipment maintenance operations, and other industrial environments.

Industrial Straddle Crane Solutions

The ATI Tele-Mast Straddle Crane is designed for applications requiring mobile lifting equipment capable of handling heavy, oversized, or difficult-to-position loads. Its telescopic mast design allows operators to raise and position materials while accommodating the lifting height and clearance requirements of the selected application.

Unlike a fixed overhead crane system, a mobile straddle crane can be positioned around a load and used to move materials along suitable travel routes. This makes it useful for industrial operations where permanent overhead crane infrastructure may not be practical or where lifting requirements change between work areas.

ATI offers custom-engineered configurations to accommodate specialized equipment dimensions, facility layouts, and material handling needs. Depending on the selected model, these cranes can support machinery installation, heavy component positioning, industrial maintenance, and equipment loading operations.

Key Features of ATI Tele-Mast Straddle Cranes

• Heavy-duty structural steel construction for demanding industrial applications
• Hydraulic telescopic mast design for vertical lifting and positioning
• Adjustable lifting heights to accommodate different load requirements
• Towable and self-propelled mobility configurations
• Powered operation options for different facility requirements
• Industrial load-handling capability for large and heavy equipment
• Multiple model configurations with different lifting heights and dimensions
• Custom engineering for specialized material handling applications

Tele-Mast Straddle Crane Models and Technical Specifications

Selecting the appropriate straddle crane requires evaluating more than lifting capacity. Industrial buyers should also consider the available lifting span, overall equipment dimensions, maximum lifting height, load characteristics and operating environment.

ATI offers Tele-Mast Straddle Crane configurations with a 60,000 lb rated lifting capacity, with model-specific dimensions and lifting heights.

Technical Specifications

Choosing the Right Tele-Mast Model

When comparing crane models, consider the maximum load weight, load dimensions, required lifting height, available operating clearance, and frequency of equipment movement.

For example, a manufacturing facility moving heavy machinery between production areas may prioritize maneuverability and travel requirements. A maintenance facility lifting oversized components may require greater under-beam clearance and a specific lifting span.

ATI’s engineering team can help determine which model and configuration are appropriate for the intended application.

How Does a Hydraulic Telescopic Straddle Crane Work?

A hydraulic telescopic straddle crane uses extendable mast assemblies to provide controlled vertical lifting. The crane is positioned around the load, and the lifting arrangement raises the material within the equipment’s rated operating limits.

The telescopic mast design provides additional lifting height without requiring the same fixed overhead structure used by certain conventional crane systems.

Once the load has been properly secured and raised, the crane can be used to position or transport the material according to its approved operating configuration.

The appropriate lifting arrangement, load attachment method, travel conditions and operating procedures must be established for each application.

Benefits of Telescopic Mast Lifting

• Accommodates different lifting heights and load dimensions
• Supports positioning of large industrial components
• Provides a mobile alternative for certain fixed-crane applications
• Allows lifting equipment to be configured around facility requirements
• Supports specialized material handling through custom engineering

Industrial Applications for Straddle Lift Cranes

ATI Tele-Mast Straddle Cranes support a variety of heavy industrial lifting and positioning applications.

Heavy Machinery Installation and Relocation

Industrial facilities can use suitable straddle crane configurations to lift and position heavy machinery during equipment installation, plant modifications, and maintenance projects.

Manufacturing and Assembly Operations

Mobile straddle cranes can support the movement of large fabricated components, machinery assemblies, molds, dies, and other heavy materials between designated work areas.

Aerospace and Heavy Equipment Maintenance

Maintenance teams may require specialized lifting systems to position oversized components in areas where conventional lifting equipment has limited access. ATI can evaluate custom configurations for these applications.

Industrial Equipment Loading and Unloading

Straddle lift cranes can assist with loading and unloading heavy industrial equipment when the load dimensions, attachment methods, crane capacity, and operating conditions are compatible.

Specialized Container and Oversized Load Handling

Certain container-related or oversized-load applications may require custom lifting arrangements. ATI can evaluate these requirements based on load weight, dimensions, center of gravity, lifting attachments, and facility conditions.

Not every Tele-Mast configuration is suitable for shipping container handling. Buyers seeking a container lifting crane should confirm the specific application with ATI’s engineering team.

Benefits of Tele-Mast Straddle Crane Systems

Flexible Industrial Material Handling

The mobile design allows facilities to position lifting equipment where it is needed, reducing dependence on a single fixed lifting location.

Controlled Load Positioning

Hydraulic telescopic lifting provides controlled vertical movement for suitable industrial loads, supporting accurate positioning during equipment handling and installation.

Adaptability to Facility Layouts

Towable and self-propelled options allow facilities to evaluate configurations based on operating clearances, travel routes, and available workspace.

Support for Heavy-Duty Applications

Heavy-duty structural construction and application-specific engineering make Tele-Mast Straddle Cranes suitable for demanding industrial material handling requirements.

Custom Lifting Solutions

ATI can evaluate modifications to crane dimensions, lifting configurations, mobility systems, and other equipment features to accommodate specialized applications.

How to Choose the Right Straddle Crane for Your Facility

Before selecting an industrial straddle crane, consider the following requirements:

1. Load Weight and Center of Gravity

Determine the maximum load weight and how the load’s center of gravity affects the lifting arrangement.

2. Load Dimensions and Required Span

Measure the width, length, and height of the equipment being lifted to establish the required crane clearance and lifting span.

3. Required Lifting Height

Identify the height needed to raise, transport, and position the load, including any additional clearance requirements.

4. Facility Layout and Operating Surface

Review travel routes, turning areas, doorway clearances, floor conditions, and indoor or outdoor operating requirements.

5. Mobility and Power Requirements

Determine whether a towable or self-propelled configuration is more suitable and evaluate available power options.

6. Specialized Lifting Attachments

Identify any lifting beams, fixtures, or custom attachments needed to secure and position the load.

Providing this information during the quotation process helps ATI recommend a suitable crane configuration.

Why Choose Air Technical Industries?

Air Technical Industries has been designing and manufacturing industrial lifting and material handling equipment since 1964. ATI combines engineering experience with application-specific equipment design to help industrial customers address challenging lifting and positioning requirements.

Our team works with manufacturers, maintenance facilities, and other industrial operations to develop lifting solutions based on load characteristics, operating conditions, and facility requirements.

Why Industrial Customers Choose ATI

• Decades of industrial material handling experience
• USA-engineered lifting equipment
• Custom crane design and manufacturing capabilities
• Heavy-duty industrial construction
• Application-specific engineering support
• Multiple lifting and mobility configurations
• Technical guidance for specialized material handling requirements

Request a Quote for a Tele-Mast Straddle Crane

Looking for a Tele-Mast Straddle Crane for heavy equipment handling, industrial machinery positioning or specialized material movement?

Air Technical Industries offers custom-engineered straddle crane configurations designed around your lifting requirements, facility layout and operating environment.

Share your load capacity, equipment dimensions, required lifting height and mobility requirements with our engineering team to begin evaluating the appropriate solution.

Request a Quote

Frequently Asked Questions (FAQ’s)

1. What is a Tele-Mast Straddle Crane?

A Tele-Mast Straddle Crane is a mobile industrial lifting system that uses hydraulic telescopic masts to lift, position, and transport heavy materials. It is designed for industrial applications requiring both lifting capability and equipment mobility.

2. What is the lifting capacity of an ATI Tele-Mast Straddle Crane?

ATI offers Tele-Mast Straddle Crane models rated for 60,000 lb. Buyers should confirm the applicable rated capacity and lifting configuration for their specific model and application.

3. What is the difference between a straddle crane and a gantry crane?

A mobile straddle crane is designed to position itself around a load and may transport it using an integrated mobile structure. Gantry cranes use a supporting frame and lifting arrangement that can be stationary or mobile. The appropriate choice depends on load requirements, travel needs, lifting height, and facility conditions.

4. Are self-propelled straddle cranes available?

Yes. ATI offers self-propelled Tele-Mast configurations as well as towable options. Specific drive systems and operating features depend on the selected model.

5. Can a Tele-Mast Straddle Crane be used indoors?

Yes, suitable Tele-Mast configurations can be used indoors when the facility provides adequate floor conditions, operating clearance, and other required safety provisions.

6. Can a Tele-Mast Straddle Crane lift shipping containers?

Container-handling suitability depends on the selected crane configuration, load weight, container dimensions, lifting attachments, and operating conditions. ATI should evaluate the application before confirming compatibility.

7. Can ATI customize a straddle lift crane?

Yes. ATI provides custom-engineered lifting solutions and can evaluate application-specific requirements involving lifting height, crane dimensions, mobility, and load-handling configurations.

8. What information should I provide when requesting a straddle crane quote?

Provide the maximum load weight, load dimensions, required lifting height, available facility clearance, travel distance, operating surface, power requirements, and any specialized lifting attachments.