Ultra-Thin Wheel Alignment Scissor Lift
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Products Description
Ultra-thin wheel alignment scissor lift is a high-performance automotive service jack engineered specifically for modern tire shops and comprehensive repair centers. Featuring an ultra-thin profile with a minimum height of just 230mm, this surface mounted wheel alignment scissor lift can be installed directly on the floor without the need for expensive pit excavation. It is the ideal solution for non-destructive workshop upgrades, significantly reducing installation costs and construction timelines.
Low profile alignment scissor lift delivers a powerful load capacity of 3500kg on its main platform, stably supporting large SUVs, MPVs, and light commercial vehicles. A key advantage of this equipment lies in its integrated secondary lifting jack system, with an independent auxiliary jack capacity of 2500kg scissor lift with secondary jack. After the main platform lifts to 1800mm, an additional 475mm of lift is available, providing ample working space for wheel alignment sensor installation, tire removal, and suspension system repairs. The platform structure features an extra-long platform big scissor lift measuring 4500mm, complemented by a 630mm single platform width and 920mm platform spacing, creating generous vehicle support and operational access. With an overall machine length of 5490mm and width of 2200mm, it accommodates precise positioning requirements for various long-wheelbase vehicles.
Technical Data
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Model
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LDCL-E3500
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Lifting Capacity
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3500kg
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Lifting Height
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Main 1800mm, Jack 475mm
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Second Jack Capacity
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2500kg
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Platform Length
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4500mm
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Single Platform Width
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630mm
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Width Between Platforms
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920mm
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Motor
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2.2Kw/4P
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Air Supply Pressure
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0.4-0.6Mpa
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Machine Length
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5490mm
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Machine Width
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2200mm
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Min Height
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230mm
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Weight
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2000kg
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How to Resolve the Conflict Between "High Pit Construction Costs" and "Insufficient Wheel Alignment Workspace"?
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230mm Ultra-Thin Body Surface Installation: No Pit Required, Installation Costs Reduced by 60
Traditional large scissor lifts typically require pit excavation depths of 300-500mm, involving civil construction, waterproofing, and extended downtime-resulting in high installation costs and lengthy timelines. This equipment features a minimum height of just 230mm surface mount ultra-thin scissor lift, allowing direct mounting on existing concrete floors without any pit construction. Measured data shows installation timelines are reduced from 7-10 days for traditional pit-based solutions to just 1-2 days, with overall installation costs reduced by over 60%. This makes it particularly suitable for workshop upgrade scenarios where facilities are already finished.
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Main Platform 1800mm + Secondary Lift 475mm: Achieving "Golden Workspace" for Wheel Alignmen
Wheel alignment work requires wheels to be fully suspended after lifting to allow sensor installation and adjustment operations. Insufficient lift height forces technicians to work in a stooped position, significantly affecting operational precision. After the main platform lifts to 1800mm ultra-thin big scissor lift height, the integrated secondary jack provides an additional 475mm of lift, achieving a total working height of 2275mm. This allows a 1.8-meter-tall technician to walk upright under the vehicle while reserving ample space for wheel alignment sensor installation, improving operational comfort by 50% and positioning accuracy by 30%.
How Do "Heavy Load Capacity" and "Extra-Long Platform" Ensure Safety When Servicing Large Vehicles?
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3500kg Main Platform Capacity + 2500kg Secondary Jack Capacity: Dual Heavy-Duty Load Assuranc
Large SUVs, MPVs, and light commercial vehicles often have curb weights exceeding 2500kg. Traditional lifts may experience insufficient capacity or structural deformation when secondary lifting operations are combined. This equipment provides a 3500kg heavy-duty wheel alignment scissor lift rated load capacity on the main platform, with an independent auxiliary jack capacity of 2500kg. Verified through finite element analysis, structural deformation under extreme conditions where the main platform is fully loaded while the secondary jack is simultaneously in operation is less than 0.8mm, meeting service life requirements exceeding 10 years for high-frequency applications with over 20 lifts per day.
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4500mm Extra-Long Platform + 920mm Platform Spacing: Covering Long-Wheelbase MPVs and Light Buses
Traditional wheel alignment lifts typically have platform lengths under 4200mm. When servicing large MPVs or light buses with wheelbases exceeding 3300mm, tire support points often fall near platform edges or even hang unsupported, creating safety hazards. This equipment features a 4500mm extra-long platform big scissor lift, combined with 920mm platform spacing and 630mm single platform width, accommodating vehicles with wheelbases up to 3800mm. This ensures tires are fully supported within the platform area while reserving ample working space for technicians on both sides under the vehicle.
How Do the Power System and Overall Dimensions Optimize Workshop Operational Efficiency?
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2.2Kw/4P Motor with 0.4-0.6Mpa Air Pressure Requirement: Low Energy Consumption with High Response, Compatible with Standard Workshop Environments
Some large scissor lifts impose demanding power source requirements, requiring high-power motors or high-pressure air supplies, increasing shop energy costs and facility modification investments. This equipment features a 2.2Kw low-energy scissor lift motor, paired with standard air pressure requirements of 0.4-0.6Mpa, allowing direct connection to existing shop air and power supplies without additional capacity upgrades. Full-load lift time is controlled within 35 seconds, with single-cycle energy consumption reduced by 25% compared to conventional equipment.
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5490mm Overall Machine Length with 2000kg Equipment Weight: Balancing Stable Support with Space Efficiency
Wheel alignment lifts require balancing length and stability. This 5490mm overall length wheel alignment scissor lift, combined with a 2000kg equipment weight, creates a low-center-of-gravity stable structure. Verified through testing, under full 3500kg load conditions, the equipment exhibits no shaking or instability. The overall length is compatible with most standard service bays, with a single-unit footprint of approximately 12 square meters, achieving 35% better space utilization compared to traditional four-post wheel alignment equipment.
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- Tel: +86-15192782747
- Email: sales@neonlift.com
- Add: Shouchuang Industry Park, Qingdao, China