Husky-Master Mobile Hydraulic Floor Cranes
Product Features
- Available in 2,000 lb., 4,000 lb., and 6,000 lb. lifting capacities
- Lifting heights from 8 ft. to 12 ft. for versatile industrial applications
- Designed for heavy-duty lifting, loading, positioning, and material handling
- Rugged industrial construction ensures dependable long-term performance
- Standard hand-pump hydraulic lift cylinder for reliable operation
- Optional powered lift systems available in battery-powered, 110V AC electric, and air-powered configurations
- Powered telescopic boom provides enhanced reach and positioning flexibility
- Counterweight option available for maximum extended boom capacity and stability
- Ideal for manufacturing plants, maintenance facilities, warehouses, and assembly operations
- Portable floor crane design allows easy mobility throughout the workspace
- Commonly known as a floor crane, portable crane, engine hoist, or mobile shop crane
- Improves productivity while reducing manual lifting and handling effort
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Heavy-Duty Hydraulic Floor Cranes for Manufacturing and Material Handling
Air Technical Industries (ATI) manufactures Husky-Master Mobile Hydraulic Floor Cranes for industrial facilities that need reliable lifting equipment without installing permanent overhead crane systems. Available in 2,000 lb., 4,000 lb., and 6,000 lb. rated-capacity models, these cranes support heavy component lifting, machinery maintenance, equipment positioning, and material handling operations.
Designed for manufacturing plants, maintenance departments, warehouses, and assembly facilities, the Husky-Master series combines a heavy-duty steel structure, hydraulic lifting system, and adjustable boom with the flexibility of a mobile floor crane.
Unlike stationary lifting equipment, a portable hydraulic floor crane can be positioned at different workstations to support changing maintenance and production requirements. This makes the Husky-Master series suitable for industrial operations where loads must be lifted or positioned in areas without dedicated overhead lifting equipment.
ATI offers standard hydraulic operation and optional powered configurations to accommodate different lifting frequencies, load requirements, and workplace conditions.
Key Features of Husky-Master Mobile Hydraulic Floor Cranes
Husky-Master cranes are designed to provide controlled lifting and positioning for demanding industrial applications.
Key product features include:
- 2,000 lb., 4,000 lb., and 6,000 lb. rated-capacity models for different industrial lifting requirements.
- Heavy-duty steel construction designed for industrial use.
- Hydraulic lifting system for raising and lowering heavy components.
- Adjustable telescopic boom to accommodate different lifting heights and reach requirements.
- Mobile floor crane design for positioning equipment at multiple work areas.
- Standard manual hydraulic hand pump for lifting operations.
- Optional powered hydraulic lifting using battery-powered electric, AC electric, or air-powered systems.
- Optional powered telescopic boom for applications requiring additional positioning flexibility.
- Counterweight options for applicable configurations requiring extended-boom capacity.
- Custom-engineered configurations for specialized material handling requirements.
The appropriate crane configuration depends on the load weight, required reach, lifting height, available floor space, and operating conditions.
Husky-Master Hydraulic Floor Crane Models and Lifting Capacities
ATI offers three primary Husky-Master capacity classes to meet different industrial lifting needs.
| Model | Rated Capacity | Typical Application |
|---|---|---|
| HM-2000 | 2,000 lb. | Machinery maintenance, smaller industrial components, and equipment positioning |
| HM-4000 | 4,000 lb. | Manufacturing operations, machine servicing, and heavier component handling |
| HM-6000 | 6,000 lb. | Heavy-duty machinery handling, industrial maintenance, and large component positioning |
These capacities identify the nominal model classes. The allowable lifting capacity changes with boom extension and crane configuration. Buyers should consult the applicable model specifications and load chart before selecting a crane.
Husky-Master cranes offer lifting heights of approximately 8–12 ft., depending on the model and boom position. ATI can help determine which configuration meets the required hook height, reach, and operating clearance.
How Does Boom Extension Affect Floor Crane Lifting Capacity?
Boom reach is an important consideration when selecting a hydraulic floor crane.
As the boom extends, the horizontal distance between the load and the crane’s supporting structure increases. This changes the loading conditions and generally reduces the weight the crane can safely lift.
For example, a crane with a 4,000 lb. nominal capacity should not automatically be assumed capable of lifting 4,000 lb. at every boom position.
Before choosing a model, determine:
- Maximum load weight, including rigging and attachments.
- Required horizontal boom reach.
- Required lifting height and hook clearance.
- Applicable rated capacity at the intended boom position.
- Counterweight or support configuration requirements.
- Floor conditions and available operating space.
Important: Always follow the manufacturer’s rated load chart, operating instructions, and applicable safety requirements. Never exceed the capacity specified for the selected crane configuration.
Portable Floor Crane Mobility and Workspace Requirements
One of the primary advantages of a Husky-Master mobile floor crane is the ability to position lifting equipment where it is needed within a facility.
Portable floor cranes can support maintenance teams, assembly operations, and production workstations where permanent overhead lifting systems are unavailable or impractical.
However, mobility should be evaluated alongside load capacity and operating clearance.
What to Consider Before Selecting a Mobile Floor Crane
1. Aisle and doorway clearance
Measure the available travel path, including doorway width, aisle dimensions, and overhead obstructions. Compare these measurements with the crane’s overall dimensions.
2. Floor conditions
Evaluate the condition, levelness, and load-bearing suitability of the operating surface. Crane operation and load movement must follow the manufacturer’s instructions.
3. Boom reach
Confirm that the boom can reach the intended lifting point while maintaining the required rated capacity.
4. Base and leg clearance
Consider whether the crane’s supporting structure can be positioned around machinery, pallets, fixtures, or other workplace obstacles.
5. Load handling requirements
Determine whether the application involves lifting at one workstation or moving the crane between different areas. Transporting suspended loads must only be performed when expressly permitted by the equipment manufacturer and under the specified operating conditions.
By reviewing these factors before purchase, facilities can select a portable hydraulic crane that fits their actual workspace and lifting requirements.
Manual vs Powered Hydraulic Floor Crane Options
Husky-Master cranes are available with a standard manual hydraulic hand-pump system and optional powered lifting configurations.
The best choice depends on lifting frequency, available power, operating conditions, and the level of control required.
| Lifting Configuration | Main Consideration | Potential Application |
|---|---|---|
| Manual hydraulic hand pump | Does not require an external electrical power supply for lifting | Occasional maintenance and positioning tasks |
| Battery-powered electric hydraulic system | Provides powered lifting without a continuous AC connection | Work areas requiring mobile powered lifting |
| AC electric hydraulic system | Uses an available electrical power supply | Repeated lifting at designated work areas |
| Air-powered hydraulic system | Requires a suitable compressed-air supply | Industrial facilities equipped with compressed-air infrastructure |
Optional configurations are subject to model compatibility and ATI engineering specifications.
When Should You Choose a Powered Hydraulic Floor Crane?
A powered hydraulic configuration may be appropriate when lifting operations occur frequently or when reducing manual pumping is an important operational requirement.
Facilities should evaluate lifting cycles, power availability, control preferences, maintenance needs, and the operating environment before selecting an option.
ATI can help determine the most appropriate hydraulic lifting configuration for a specific application.
Industrial Applications of Heavy-Duty Hydraulic Floor Cranes
Husky-Master mobile hydraulic floor cranes support a range of industrial maintenance, manufacturing and material handling operations.
Manufacturing and Assembly
Manufacturing facilities can use industrial floor cranes to lift and position motors, tooling, machinery components, and assemblies during production or equipment setup.
Their mobile design allows lifting equipment to be positioned at different workstations as operational requirements change.
Machinery Maintenance and Repair
Maintenance departments often need lifting equipment to remove or position pumps, gearboxes, motors, and other heavy mechanical components.
A hydraulic floor crane can provide localized lifting capability where permanent overhead equipment is not available.
Automotive and Heavy Equipment Operations
Husky-Master cranes can support engine handling, component replacement, tooling changes, and machinery servicing when the selected crane’s capacity, reach, and lifting geometry meet the application requirements.
Aerospace and Precision Equipment Handling
Facilities handling sensitive or high-value components may require controlled lifting and careful load positioning.
ATI can evaluate specialized lifting requirements, including appropriate attachments, clearances, and custom configurations.
Warehousing and Industrial Material Handling
Portable floor cranes may be useful for lifting and positioning equipment or heavy components in areas where a forklift or overhead crane is unsuitable.
The specific application must be assessed for load stability, operating space, and manufacturer-approved handling procedures.
How to Choose the Right Hydraulic Floor Crane for Your Facility
Selecting a hydraulic floor crane involves more than matching the crane’s nominal capacity to the weight of the load.
Industrial buyers should evaluate the complete lifting application before choosing a model.
1. Determine the Total Load Weight
Calculate the weight of the component being lifted, including any lifting attachments, hooks, slings, or other rigging.
Select a crane with sufficient rated capacity for the actual boom position and lifting configuration.
2. Confirm the Required Boom Reach
Measure the horizontal distance needed to reach the load. Check the model’s rated capacity at that boom extension.
3. Measure the Required Lifting Height
Determine the required hook height, including clearance for the load and lifting attachments.
4. Evaluate Workspace Dimensions
Check aisle widths, doorway clearances, overhead obstructions, crane base dimensions, and available space around the lifting location.
5. Select the Hydraulic Power Configuration
Consider whether manual, battery-powered, AC electric, or air-powered lifting best fits the frequency and conditions of operation.
6. Review Specialized Handling Requirements
Identify any requirements for counterweights, boom configurations, lifting attachments, adjustable legs, or custom dimensions.
7. Consult ATI’s Engineering Team
Provide your load weight, dimensions, center of gravity, required reach, lifting height, and operating environment to help ATI evaluate a suitable crane configuration.
Custom Hydraulic Floor Crane Configurations
Industrial lifting applications often involve equipment dimensions, workspace limitations, or load-handling requirements that cannot be addressed by a standard configuration alone.
Air Technical Industries offers application-specific engineering support for Husky-Master hydraulic floor cranes.
Depending on the model and engineering requirements, available options may include:
- Custom boom configurations.
- Optional powered hydraulic lifting.
- Powered telescopic boom arrangements.
- Specialized lifting attachments.
- Counterweight configurations.
- Adjustable leg arrangements on compatible models.
- Application-specific dimensions and lifting solutions.
ATI’s engineering team can review the operating requirements and determine whether a standard model or customized solution is appropriate.
Why Choose Air Technical Industries?
Air Technical Industries manufactures industrial lifting and material handling equipment for manufacturing, maintenance, aerospace, automotive, defense, and other demanding applications.
The Husky-Master series combines heavy-duty construction, mobile lifting capability, hydraulic operation, and available custom configurations to help facilities address complex lifting requirements.
ATI works with industrial customers to evaluate load specifications, equipment dimensions, workspace restrictions and operational needs.
Whether your application requires a standard portable floor crane or a specialized hydraulic lifting solution, ATI can assist with equipment selection and engineering requirements.
Request a Quote
Looking for a heavy-duty hydraulic floor crane for industrial maintenance, manufacturing, or equipment handling?
Air Technical Industries offers Husky-Master mobile hydraulic floor cranes in 2,000 lb., 4,000 lb., and 6,000 lb. capacity classes, with optional powered lifting and custom-engineered configurations.
Share your load weight, required boom reach, lifting height, and workspace dimensions with ATI’s engineering team to discuss a suitable solution.
Contact Air Technical Industries or Request a Quote for product specifications, model selection assistance, and application-specific lifting requirements.
Frequently Asked Questions (FAQ’s)
1. What is a hydraulic floor crane?
A hydraulic floor crane is mobile lifting equipment that uses a hydraulic mechanism to raise, lower, and position loads. Industrial floor cranes are commonly used for machinery maintenance, equipment assembly, component handling, and other applications requiring localized lifting capability.
2. What is the difference between a mobile floor crane and a fixed jib crane?
A mobile floor crane can be repositioned between work areas, while a fixed jib crane is installed at a designated location. The appropriate choice depends on lifting capacity, reach, frequency of use, workspace requirements, and whether the facility needs permanent or movable lifting equipment.
3. What lifting capacities are available for Husky-Master floor cranes?
Husky-Master hydraulic floor cranes are available in 2,000 lb., 4,000 lb., and 6,000 lb. nominal-capacity models. Actual rated capacity depends on the boom position and selected configuration.
4. Does extending the boom reduce hydraulic floor crane lifting capacity?
Yes. Extending the boom generally reduces the crane’s rated lifting capacity because it increases the horizontal distance between the load and the crane’s supporting structure. Always consult the applicable model load chart.
5. What power options are available for Husky-Master hydraulic floor cranes?
The standard system uses a manual hydraulic hand pump. Depending on model compatibility, optional configurations may include battery-powered electric, AC electric, and air-powered hydraulic lifting.
6. Can a hydraulic floor crane be used for machinery maintenance?
Yes. A properly selected hydraulic floor crane can support maintenance tasks involving motors, pumps, gearboxes, and other heavy components, provided the load, reach, clearance, and operating conditions are within the manufacturer’s specifications.
7. What should I consider before buying a portable hydraulic floor crane?
Evaluate the total load weight, required boom reach, lifting height, floor conditions, workspace clearance, lifting frequency, and available power. Confirm the rated capacity at the intended boom position.
8. Can Husky-Master floor cranes be customized?
ATI offers custom-engineered lifting solutions and optional configurations. Available modifications depend on the selected model, load requirements, and application-specific engineering considerations.


