Lifting Equipment Manufacturer
A jack is the basic tool you keep in your trunk to lift your car slightly off the ground so that you can change the tire. In the same way, cranes and other lifting products are the foundation of efficient materials handling.
They enable fast and accurate work processes while minimizing the risk of workplace injuries and complying with safety regulations such as LOLER.
Manipulators
Industrial manipulators are mechanical devices that lift and move heavy or bulky loads without putting workers at risk of injury. They are most often used in material handling, welding, assembly and painting applications. By automating lifting equipment factory these tasks, companies can reduce labor costs, increase quality and improve safety.
Manipulators consist of a lifting mechanism that supports and lifts the load, as well as a manipulator arm that extends down to reach the load. The arm can be telescoping or articulated to allow it to position the load in various positions and orientations. It can also be equipped with different types of grippers to handle a variety of loads. For instance, vacuum manipulators use suction cups to hold the load while mechanical gripper manipulates are better suited for heavier and larger loads.
Other options include column booms, which are designed to work in high-temperature areas or locations where it’s impossible to use traditional cranes. These types of manipulators can be used to remove large stamped parts from presses or place them in racks, for example. Similarly, they can be employed in welding processes to increase deposition rates and reduce human error or other operating costs. They can also be used to position and move components during painting, improving the quality of the finish. Lastly, they can help with warehousing and logistics, such as moving and stacking products.
Mobile Lifts & Work Positioners
Heavy-duty portable lifts and positioners are ideal for manufacturing facilities, warehouses, printing plants, mills, metalworking shops and transportation hubs. Designed to keep loads at comfortable working heights, they reduce back strain and repetitive stress injuries while improving productivity and efficiency. We offer both manual and powered portable lifts including a wide range of sizes and capacities, allowing you to choose the best mobile lift for your facility.
Self-leveling scissor lift tables raise and lower to prevent workers from having to stoop, bend or stretch, providing improved ergonomics for load transfer and movement. This type of lifting table can also be easily relocated to accommodate changing workflow, which helps to eliminate bottlenecks and reduce downtime.
For heavier-duty applications, a dock scissor lift is a good choice for loading docks or truck transfer areas. Featuring adjustable forks that can either straddle or slide onto pallets and skids, dock scissor lifts are easy to maneuver and save valuable space with their low mast design.
For a high-cycle industrial application, Handling Specialty custom engineered and manufactured a heavy-duty scissor lift to help an automotive factory with their transfer of car bodies on steel skids. The high-duty lift system transfers the cars to and from conveyors set at different heights, preventing workers from having to stoop or bend. This was a life-saving, time-saving solution that reduced downtime due to employee injury and ergonomic concerns.
Design & Fabrication
Manufacturer of standard and custom industrial lifting equipment including portable gantry, tripod, forklift and jib cranes. Steel and aluminum materials used. Products serve automotive garages, mills, shipyards and electric utility industries. Features include adjustable legs, self-aligning I-beams, steel pins with locking rings and spring loaded bolts. Accessories including jack kits, plates, hoists and trolleys, cable reels and casters are available.
Rigging is a set of tools used during a moving operation to hold and distribute heavy lifting equipment factory loads. A common example is a rigging kit for hanging curtain rails from the ceiling of hospitals.
A company that produces lifting products can help a business improve their manual processes and boost productivity. They can also teach employees about basic engineering design, manufacturing process and machining skills. This training can be part of an advanced technology certificate or a degree program in industrial technology.
Tyler Madison manufactures precision-quality wire ropes for a variety of applications. Their wire ropes are used for powering, lifting, hanging, braking, suspending and winding of up to 14,400 pounds of tension. The company offers a range of diameters, finishes and packaging options to suit the needs of each application. The company has a customer service department that is available to answer any questions and concerns. They can be reached via phone, email or live chat. A preventive maintenance program should be conducted on each lifter by a qualified person based on the manufacturer’s recommendations. This should include a visual inspection of the lifting device, lubrication of moving parts and filling of reservoirs if applicable. Dated records and any details of repairs should be kept. Modifications to the lifter must be done only with prior written approval from the manufacturer.
Installation
Whether in construction, manufacturing, or storage and distribution facilities, lifting equipment helps workers lift large materials quickly and efficiently. Material handling accounts for many workplace injuries, but the right type of lifting equipment can make the work easier and safer.
When installing such equipment, you must be careful not to put it in a location that could create a risk for employees or the general public. For example, a crane must be positioned to avoid any overhead power lines or structures. Likewise, a lifting system should not be placed near any buried underground services like sewers and drains.
You may also need to install a safety plan for using and maintaining the machinery. This should include a description of the equipment, its capacity, and its use. It should also cover safety inspection procedures and foreseeable risks. The plan should be reviewed periodically to ensure it is still suitable for the job.
The plan should specify the parts of the equipment that need to be thoroughly examined and at what intervals, as well as methods such as a visual examination, functional checks, measurements of wear, traditional non-destructive testing, and load tests. In addition, a record should be kept of the results and any defects found that require correction. Any equipment with significant defects should be taken out of service until the defect is remedied.