Product Specification
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| Payment Terms |
T/T |
Supply Ability |
500PCS/MONTH |
| Delivery Time |
30-45DAYS |
Packaging Details |
Carton Box or Crate |
| Product Type |
Foldable maintenance platform for vehicle engine compartment work |
Load Capacity |
400 lbs (181kg) rated capacity with high-strength steel frame |
| Dimensions |
54.72" length (139cm), 32.68" main width (83cm), 30.31" auxiliary width (77cm) |
Height Adjustment |
48-64 inches (122-163cm) to accommodate various vehicle types |
| Frame Material |
25mm diameter high-strength steel tubes with 80μm electrostatic coating |
Work Surface |
Anti-slip Oxford cloth (0.8mm thick) with diamond texture (friction coefficient ≥0.8) |
| Brand Name |
YEEDA |
Model Number |
YD25-008 |
| Certification |
CE |
Place of Origin |
Zhejiang，China |
| High Light |
foldable topside creeper 400lb
，anti-slip truck car creeper
，adjustable height motorcycle lift bench
|
Centered on "safe load-bearing + comfortable operation + flexible adaptation", the YEEDA Foldable Topside Creeper is optimized for the pain points of maintenance work on the top of the engine compartment. Compared with traditional maintenance methods (climbing the vehicle body, kneeling to work) and ordinary maintenance creepers, it has made significant breakthroughs in safety, comfort, and adaptability. Its core highlights are as follows:
A frame is built with high-strength seamless steel tubes. The steel tubes with a diameter of 25mm and wall thickness of 2mm can evenly distribute weight: Even if maintenance personnel stand on the creeper with a full set of tools (total weight approx. 220 lbs), the frame shows no bending or shaking; after 300 load-bearing tests (loading 350 lbs each time), the maximum deformation of the frame is only 1mm, far lower than the industry's 3mm deformation standard. Compared with ordinary aluminum alloy frame creepers (with limited load-bearing capacity), its structural stability is increased by 50%, avoiding the risk of personnel falling due to frame breakage.
Dual anti-slip designs ensure work safety: First, the load-bearing surface is made of Oxford cloth with diamond-shaped texture, with a friction coefficient of 0.8. When maintenance personnel lean over in oily work clothes, their bodies do not slide when in contact with the cloth; second, four anti-slip rubber pads at the bottom can firmly adhere to the ground of maintenance workshops such as cement and floor tiles. Even if lateral force is applied during maintenance (e.g., tightening engine bolts), the creeper will not shift. Compared with ordinary creepers without anti-slip pads, the safety accident rate is reduced by 95%.
The height adjustment range of 48-64 inches (122-163cm) can accurately match the engine compartment height of different vehicle models: When maintaining small family cars (engine compartment height approx. 120cm), adjust to the low gear of 48 inches, and you can reach the internal components of the compartment without bending down; when maintaining heavy-duty trucks (engine compartment height approx. 160cm), adjust to the high gear of 64 inches, and you can easily reach the rear of the compartment without climbing the vehicle body. Compared with fixed-height creepers (only suitable for a single vehicle model), the adaptability is increased by 80%, and one piece of equipment in a repair shop can meet the needs of multiple vehicle models.
Adopting a patented ergonomic design, focusing on optimizing leg and waist support: The inclination angle of the load-bearing surface is 5° (ordinary creepers are mostly flat), which can naturally fit the body curve of maintenance personnel when standing, reducing the sense of leg muscle tension; a 3cm-thick sponge pad (wrapped in breathable mesh cloth) is installed at the position corresponding to the waist. When leaning over for maintenance, the waist has support, avoiding lumbar muscle strain caused by long-term bending. Tests show that when using this creeper for continuous work for 2 hours, the leg and waist fatigue of maintenance personnel is reduced by 60% compared with kneeling work, and 30% compared with ordinary flat creepers, greatly improving maintenance efficiency.
Adopting a three-section foldable structure, the creeper with a length of 54.72 inches (139cm) in the unfolded state has a length of only approx. 45cm after folding (equivalent to the width of a toolbox). It can be placed upright against the corner of the maintenance workshop (occupying 0.12m²) or stuffed into the lower storage area of a tool cart. Compared with non-foldable creepers (needing 1.5m of storage space), the storage convenience is increased by 70%, and it can be easily stored in small repair shops or individual garages.
The main load-bearing surface with a width of 32.68 inches (83cm) can accommodate maintenance personnel to turn around freely and adjust their work posture without frequently moving the creeper; the auxiliary support surface (30.31 inches wide) can place tool bags, parts boxes, etc., which can be taken with a reach, avoiding repeated tool transfer. Compared with narrow creepers (less than 25 inches wide), the operation space is increased by 36%. When maintaining complex areas such as the rear of the engine compartment, there is no need to "work in a cramped space", and the work efficiency is increased by 40%.
Scenario Requirement: A 4S store needs to maintain the engine of a heavy-duty truck weighing 10 tons (compartment height 150cm), requiring frequent access to components at the rear of the compartment. Maintenance personnel need to stand and work safely, maintaining 3-5 trucks per day, requiring efficient adaptation.
Operation Process:
- Two maintenance personnel carry the creeper to the side of the truck, unfold it, adjust the height to 60 inches (152cm) via the height adjustment buckle, and fix the bottom rubber pad to the ground.
- The maintenance personnel stand on the load-bearing surface with tools. The wide surface provides sufficient operation space, and they can reach the rear of the engine compartment by leaning over. The waist sponge pad relieves fatigue. The maintenance time for one truck is 1.5 hours shorter than that of traditional climbing operations.
- After maintenance, fold the creeper and lean it against the corner of the workshop, without occupying the maintenance workbench. 5 trucks can be maintained efficiently in a single day.
Result: High adaptability and comfortable operation are suitable for 4S store scenarios, reducing the labor intensity of maintenance personnel, improving maintenance efficiency, and increasing customer satisfaction by 25%.
Scenario Requirement: A logistics fleet needs to conduct monthly maintenance on 15 freight trucks (engine compartment height 140-160cm), requiring inspection of pipelines and circuits at the rear of the engine compartment. The maintenance site has limited space, requiring tools to be easy to store.
Operation Process:
- Maintenance personnel unfold the foldable creeper and adjust the height to 48-64 inches according to the compartment height of different trucks. The anti-slip Oxford cloth load-bearing surface ensures safe standing.
- During maintenance, tools are placed on the auxiliary support surface, which can be taken with a reach, without frequent climbing up and down the vehicle body. The maintenance time for one truck is shortened from 2 hours to 1.2 hours.
- After the maintenance of all vehicles is completed, fold the creepers and stack them in the tool room (the height of 3 stacked creepers ≤1.5m), saving space.
Result: Easy storage and high efficiency are suitable for logistics maintenance scenarios, reducing maintenance time, lowering the fleet's out-of-service costs, and avoiding safety hazards caused by climbing the vehicle body.
Scenario Requirement: A repair shop needs to inspect and repair the sensor at the rear of the engine compartment of a family car (engine compartment height 120cm). The customer requires quick repair, requiring flexible tool operation.
Operation Process:
- Maintenance personnel adjust the creeper to the low gear of 48 inches to fit the height of the car compartment, and fix the bottom rubber pad to the ground of the maintenance workbench.
- Standing on the creeper and leaning over for inspection and repair, the anti-slip surface ensures no slipping, and the waist has support. The sensor replacement is completed in 20 minutes, which is 50% more efficient than kneeling work (which takes 40 minutes).
- After the inspection and repair, fold the creeper and put it in the corner of the tool room, without occupying the workbench, and it can be quickly transferred to other car maintenance work later.
Result: Flexibility and high efficiency are suitable for repair shop scenarios, improving the inspection and repair efficiency of small vehicles, ensuring the operation safety of maintenance personnel, and reducing the risk of work-related injuries.
Scenario Requirement: An individual user needs to repair the oil pipe at the rear of the engine compartment of his own SUV (engine compartment height 130cm). The garage space is small (8㎡), requiring tools to be easy to carry and store.
Operation Process:
- The individual carries the 15kg creeper from the corner of the garage to the side of the SUV, unfolds it, and adjusts the height to 52 inches to fit the compartment height.
- Standing and working, the anti-slip surface is stable, and tools are placed on the auxiliary support surface. The oil pipe replacement can be completed without assistance, avoiding the risk of scratches caused by traditional climbing operations.
- After maintenance, fold the creeper and lean it upright against the tool rack in the garage (occupying 0.12m²), without affecting the daily use of the garage.
Result: Portability and space-saving are suitable for home scenarios, solving the problems of "difficult maintenance and tool space occupation" for individual users. There is no need to go to an external repair shop, saving maintenance costs.
A1: Support is not recommended, as there is a risk of load-bearing overload. The rated load-bearing capacity of the equipment is 400LBS, and the total weight of the maintenance worker plus tools (420LBS) exceeds the load-bearing limit by 20LBS: Forced use will cause permanent deformation of the steel tube frame (such as bending and depression), which cannot be restored later; more seriously, overload may cause the anti-slip Oxford cloth to tear or the height adjustment buckle to fail, and the maintenance worker is likely to slip off the creeper, resulting in physical injuries (such as fractures and contusions). It is recommended that the tool weight be controlled within 180LBS, and the total load should not exceed 400LBS to ensure safe use.
A2: The service life can be extended through local repair + professional cleaning. The specific steps are as follows:
- Wear Repair: If only the surface texture of the Oxford cloth is worn (no holes), cut an Oxford cloth patch of the same material (5cm larger than the worn area), and sew along the edge of the patch with an industrial sewing machine to enhance local wear resistance; if there is a small hole (diameter ≤3cm), stick the patch with waterproof Oxford cloth glue, press it for more than 12 hours until the glue solidifies, and the load-bearing capacity can be restored;
- Oil Stain Cleaning: First, wipe off the surface oil with a dry cloth, then soak a rag in neutral detergent (such as dish soap) + warm water, and gently wipe the oil-stained area (avoid rubbing hard to prevent the texture from falling off); for stubborn oil stains, spray a small amount of automobile oil stain cleaner, let it stand for 5 minutes, then wipe with a wet rag, and finally wipe off the residual detergent with clean water and dry it before use;
- Daily Maintenance: Wipe the load-bearing surface with a dry cloth after each use to avoid long-term accumulation of oil stains; clean it with neutral detergent once a month, and avoid contact with sharp tools during storage to prevent the Oxford cloth from being scratched.
A3: A single person can carry it easily through correct posture + auxiliary tools. The specific tips are as follows:
- One-Hand Carrying Posture: Hold the ergonomic handles on the side of the creeper (located on both sides of the center of gravity) with both hands, tilt the creeper at 45°, and let the bottom fit the body to reduce arm effort with the help of body support; move slowly when walking, and avoid rapid turning to prevent center of gravity deviation. This posture can reduce physical consumption by 30%;
- Auxiliary Cart Use: If the carrying distance exceeds 10 meters (e.g., from the tool room to the maintenance workbench), place the folded creeper flat on a folding cart with a load-bearing capacity of ≥30kg, and push it with one hand without manual lifting, saving 80% of physical strength;
- Step-Climbing Tips: When climbing up and down steps, place one end of the creeper on the step, hold the other end with your hand, and slowly move it to the step to avoid excessive waist stress caused by direct lifting.
A4: This problem can be solved by enhancing bottom friction + fixed support. The specific solutions are as follows:
- Replace Anti-Slip Pads: Replace the original rubber pads at the bottom with thickened anti-slip silicone pads (thickness 2cm, friction coefficient ≥0.9). The surface of the silicone pads is provided with dense textures, which have stronger adsorption when in contact with floor tiles, effectively preventing sliding;
- Install Ground Nails: If the workshop floor allows, insert a 10cm-long plastic ground nail (with the pointed end facing down) at each of the four corners corresponding to the bottom of the creeper. The ground nails are embedded in the gaps of the floor tiles to form fixed fulcrums, preventing the creeper from shifting;
- Lay Anti-Slip Mats: Lay a 100×80cm rubber anti-slip mat (thickness 1.5mm) under the creeper. The anti-slip mat has strong friction with both the ground and the bottom of the creeper, forming "double anti-slip". Even if lateral force is applied, the creeper can remain stable.
Company Details
Bronze Gleitlager
,
Bronze Sleeve Bushings
and
Graphite Plugged Bushings
from Quality China Factory
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Business Type:
Manufacturer,Trading Company
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Employee Number:
110~120
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Ecer Certification：
Verified Supplier
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