Which Car Lift Is Best for Wheel Alignment?
A practical guide to choosing a lift for wheel alignment, including four-post and alignment scissor lifts, turntables, slip plates, runway requirements and workshop setup.
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Technical resources, workshop planning guides, product information and DAYI company news.
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A practical guide to choosing a lift for wheel alignment, including four-post and alignment scissor lifts, turntables, slip plates, runway requirements and workshop setup.
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A practical checklist for evaluating workshop floor and concrete conditions before installing a two-post, four-post, scissor or alignment lift.
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A practical comparison of 4-ton and 5-ton car lifts for workshops, covering vehicle weight, service mix, lift capacity and future workload.
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Choose a two-post lift for general automotive repair by reviewing workshop space, vehicle types, electrical supply and installation planning.
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Plan a general automotive repair workshop layout by organizing service bays, vehicle paths, workbench areas, storage and open circulation space.
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Learn what a two-post lift is and how it is commonly used in automotive workshops for vehicle lifting, inspection and service work.
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Check the TPL-F408E two-post lift dimensions, including overall width, overall height and distance between columns, for workshop space planning before ordering.
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Technical specifications, dimensions and key features of the DAYI TPL-F408E electric-controlled hydraulic two-post lift.
Read MoreFAQ
Common questions about automotive workshop equipment, product selection and workshop planning.
It depends on the actual vehicle weight, weight distribution, lifting points and the specifications of the selected lift. Many passenger SUVs may fall within the capacity range of a 4-ton lift, but suitability should always be checked for the specific vehicle and lift.
Prepare the types of vehicles you service most often, the heaviest vehicles you expect to lift, the work performed in the service bay, available workshop dimensions, ceiling height and known floor conditions. This information helps narrow down the suitable lift type and capacity before comparing individual models.
The TPL-F408E has a rated lifting capacity of 4,080 kg. When evaluating whether it is suitable for a workshop, the lifting capacity should be considered together with the types and specifications of vehicles that will normally be serviced.
Workshop dimensions help determine whether the available service area can accommodate the lift and support normal vehicle movement and technician access. Equipment dimensions should be reviewed together with ceiling height, walls, columns, nearby equipment and the planned vehicle path.
A general automotive repair workshop layout should consider service bay positions, vehicle entry and exit paths, workbench areas, tool and parts storage, open circulation space, ceiling height, power access and existing structural restrictions.
It is useful to prepare the available workshop dimensions, vehicle types, intended use, electrical supply, planned installation area and any relevant site conditions. Providing this information helps make the product and quotation discussion more accurate.
The confirmed distance between the columns of the TPL-F408E is 2,795 mm. This dimension should be considered together with the vehicle dimensions and the available workshop space when evaluating the planned installation area.
The maximum lifting height of the TPL-F408E is 1,800 mm. Workshop operators should consider this together with the overall lift height, vehicle dimensions and available vertical working space.