Product Specification

YD43-001 Combination Cleaning Table (Combination Cleaning Table YD43-001) Webpage Detail Page (English)

I. Product Specifications (SPECIFICATION)

1. Core Parameter Summary Table

2. Performance Test Table

II. Product Details (PRODUCT DETAILS)

1. 14-Gauge Steel Body + Scientific Structure, Maximum Durability

(1) High-Strength Tabletop, No Pressure Under Heavy Load

• The main body is integrally stamped and formed from 14-gauge thick steel plates, and key parts (such as the connection between the tabletop and the bracket) are additionally welded with reinforcing ribs, increasing the tensile strength by 20%. Even if a 40kg gearbox housing is placed for a long time, there is no obvious deformation of the tabletop, solving the shortcoming of ordinary thin steel plate cleaning tables that "bend when the load exceeds 50kg";
• The tabletop rim is integrally stamped and formed without splicing gaps, preventing fluid from leaking through the seams. Compared with cleaning tables with "post-welded rims", the leak-proof reliability is increased by 60%, reducing the workload of workshop floor cleaning.

(2) Layered Drawer Storage, No Messy Tools

• 2 layers of pull-out drawers realize classified tool management: the upper layer can store consumables such as cleaning brushes and protective gloves, and the lower layer stores maintenance tools such as wrenches and sockets. There is no need to go back and forth to the tool cabinet for access, saving 40% of access time compared to the traditional method of "piling tools on the tabletop";
• The drawer slide rails adopt a mute design, with a noise level ≤50dB when pulled, avoiding noise pollution in the maintenance workshop and improving work comfort.

2. Integrated Cleaning & Storage + Detail Optimization, Doubled Efficiency

(1) 3.5-Gallon Parts Washer, More Professional Cleaning

• Dedicated polyethylene parts washer: Acid and alkali resistant, impact resistant, and can directly use kerosene and metal-specific cleaning agents. When cleaning engine carbon deposits and hydraulic component oil stains, the parts have no corrosion or residue, and the cleaning effect is far better than ordinary plastic basins;
• Built-in filter screen + detachable waste fluid collection box: Impurities are intercepted by the filter screen during cleaning to avoid secondary pollution of parts; waste fluid is collected centrally and handed over to professional institutions for treatment regularly, meeting environmental protection requirements and preventing soil pollution caused by waste fluid seeping into the ground.

(2) Compact Size + Easy Cleaning, Strong Scene Adaptability

• Compact size of 119×45×42cm: Can be placed against the wall of the maintenance workshop, covering an area equivalent to only one ordinary toolbox, suitable for small maintenance stations with limited space. Compared with the combination of "independent parts washer + separate workbench", it saves 50% of space;
• Easy-to-clean tabletop design: The surface oil-resistant and rust-proof paint can be directly rinsed with a high-pressure water gun, and oil stains and iron filings can be removed with one click, no frequent grinding and maintenance required, prolonging the service life of the tabletop and reducing later maintenance costs.

3. Humanized Design + Low Usage Threshold, Easy Operation

(1) No Power Dependence, Safe and Convenient

• Full manual operation, no external power supply required, can be used safely in scenarios with flammable and explosive cleaning agents (such as kerosene), avoiding the risk of fire caused by short circuits, and suitable for outdoor maintenance scenarios lacking stable power supply;
• The 42cm high workbench surface is ergonomic: Operators do not need to bend over when standing to work, and will not feel waist fatigue even when cleaning parts for a long time, improving comfort during 8 hours of continuous work.

(2) Bulk Transportation + Low Maintenance, Controllable Cost

• High container loading capacity: 88 sets can be loaded in a 20-foot container, reducing logistics costs by 35% compared to bulk transportation, suitable for bulk procurement by maintenance chain enterprises and regional distributors, significantly reducing procurement costs;
• Durable materials reduce maintenance: The 14-gauge steel is wear-resistant and corrosion-resistant, and there is no need to replace the tabletop or drawer components within 3 years of normal use. The maintenance cost is only 1/3 of that of ordinary plastic cleaning tables.

III. Application Scenarios (APPLICATION SCENARIOS)

1. Engine Parts Cleaning in Automotive Repair Shops (Core Scenario)

1. Equipment Preparation and Arrangement:
   - Two people work together to carry YD43-001 to the maintenance workstation, adjust the tabletop to be level with a level meter (to ensure no inclination), and install the waste fluid collection box under the waste fluid outlet of the tabletop;
   - Add 3L of neutral metal cleaning agent to the parts washer, and place tools in categories in the drawers: 3 cleaning brushes of different specifications and 2 pairs of protective gloves in the upper layer, and disassembly tools such as wrenches and screwdrivers in the lower layer;
   2. Parts Cleaning Operation:
   - Batch Soaking and Cleaning: Put small parts such as pistons and valves into the parts washer for 15 minutes of soaking (to soften carbon deposits), and scrub repeatedly with a brush; place large parts such as oil pans directly on the tabletop, wipe the surface oil stains with a cloth dipped in cleaning agent, and the waste fluid flows into the collection box through the tabletop diversion port;
   - Convenient Tool Access: When disassembling parts, take wrenches directly from the drawers without going back and forth to the tool cabinet, saving 1 hour compared to the traditional method;
   - Cleaning and Finishing: After cleaning, take out the filter screen of the parts washer to clean impurities, pour the waste fluid in the collection box into an industrial waste fluid bucket, and wipe the tabletop clean with a rag without oil residue;
   3. Operation Effect:
   - High Efficiency: All engine parts were cleaned within 3 hours, saving 1.5 hours compared to the "ordinary basin + tabletop" separate operation, and the engine overhaul was delivered on time;
   - Clean Environment: The tabletop rim completely prevented fluid leakage, no cleaning agent contamination on the ground, reducing 1 hour of floor cleaning time;
   - Thorough Cleaning: Carbon deposits and oil stains on the parts were completely removed, no impurities were stuck during subsequent assembly, and the engine operation noise was reduced by 10dB.
   Result: The efficiency of engine overhaul in the automotive repair shop was improved, customer satisfaction was enhanced, and the cleanliness of the workshop environment was significantly improved.

2. Hydraulic Component Maintenance in Agricultural Machinery Maintenance Stations (Scenario 2)

1. Model Adaptation and Preparation:
   - The hydraulic cylinder (15cm in diameter, 30cm in length) and directional valve (20×15×10cm in size) can be adapted to the 27.5×16-inch tabletop, so YD43-001 is selected to meet the cleaning needs;
   - Add 2L of hydraulic system-specific cleaning agent to the parts washer, place oil pipe wrenches in the lower layer of the drawer, and fine brushes (for cleaning valve block oil passages) in the upper layer;
   2. Maintenance and Cleaning Operation:
   - Cleaning of Long Components: Place the 30cm-long oil pipe joints on the tabletop, scrub the inner wall with a brush dipped in cleaning agent, and the impurities flow into the waste fluid collection box with the waste fluid to avoid blocking the oil passages;
   - Fine Cleaning of Valve Blocks: After disassembling the directional valve, put the parts into the parts washer for soaking, clean the iron filings in the valve block oil passages with a fine brush, dry the parts with compressed air after cleaning, and check the sealing performance directly on the tabletop;
   - Classified Placement of Parts: Arrange the cleaned parts on the tabletop in the order of disassembly, and put the tools back into the drawers immediately after use, with no part loss or tool confusion;
   3. Maintenance Effect:
   - Restored Hydraulic Performance: The cleaned hydraulic components had no impurities, the hydraulic lifting speed of the tractor increased from 10s/time to 7s/time, with no jamming;
   - Orderly Operation: Maintenance was completed efficiently within 2 hours, saving 40 minutes compared to the traditional method, and farmers did not need to wait for a long time;
   - Controllable Cost: No need to purchase additional cleaning equipment; one YD43-001 meets the needs of cleaning and storage, reducing equipment procurement costs by 50%.
   Result: The hydraulic system maintenance capability of the agricultural machinery maintenance station was enhanced, the customer repurchase rate increased by 30%, and the reputation was significantly improved.

3. Bearing Parts Maintenance in Small Machinery Factories (Scenario 3)

1. Equipment Arrangement and Preparation:
   - Place YD43-001 next to the inspection area in the dust-free workshop, wipe the tabletop clean with a dust-free cloth, and add 1.5L of bearing-specific cleaning agent to the parts washer;
   - Place bearing disassembly tools and anti-rust paper (for wrapping cleaned parts) in the drawers;
   2. Bearing Cleaning Operation:
   - Batch Soaking: Put the bearings into the parts washer in batches for 10 minutes of soaking, gently scrub the rolling surface with a soft brush to avoid scratching with a hard brush; place the cleaned bearings on the tabletop to dry, and manually roll them to check the operation smoothness using the flatness of the tabletop;
   - Screening and Classification: Pick out unqualified bearings with unsmooth operation, wrap the qualified bearings with anti-rust paper, and put them into a dedicated storage box;
   - Tool Return: After the operation, clean the iron filings from the filter screen of the parts washer, arrange the tools neatly in the drawers, and ensure no residual impurities on the tabletop;
   3. Maintenance Effect:
   - Qualified Bearing Quality: The cleaned bearings had no scratches or impurities, the operation noise of the reducer was reduced by 15dB, and the service life was extended to 2 years (originally 1.5 years);
   - Standardized Operation: The processes of cleaning, inspection, and storage were completed centrally at the workbench, avoiding part contamination caused by cross-area handling, and the qualification rate was increased to 99%;
   - Space Saving: Compared with configuring a separate cleaning basin and inspection table, it saved 30% of workshop space, which is more suitable for the compact layout of small machinery factories.
   Result: The bearing maintenance efficiency of the small machinery factory was increased by 40%, the stability of product quality was enhanced, and the production efficiency was significantly improved.

IV. Frequently Asked Questions (FAQ)

Q1: During parts cleaning, there is still a small amount of fluid leakage from the tabletop rim. What is the reason?

1. Adjust Tabletop Level: Use a level meter to check the tabletop. If the inclination is ＞3°, place a 1-2mm thick thin steel plate under the workbench to adjust it to a horizontal state, ensuring the fluid is concentrated in the rim without side leakage tendency;
2. Check Rim Sealing: If there are tiny gaps in the rim caused by stamping (hard to see with the naked eye), apply industrial oil-resistant sealant (e.g., 3M 5200) to the gaps, air-dry for 24 hours before use, and completely block the leakage path;
3. Control Fluid Volume: The fluid height on the tabletop should not exceed 1/2 of the rim (approx. 0.95cm) to avoid overflow due to excessive fluid; operate gently during cleaning to reduce severe fluid shaking and splashing.

Q2: After using the parts washer for a period of time, the cleaning agent becomes turbid and impurities accumulate. How to handle it?

1. Clean the Built-in Filter Screen: Turn off the parts washer, take out the bottom filter screen, rinse the surface iron filings and impurities with a high-pressure water gun, air-dry and reinstall it, which can extend the service life of the cleaning agent (it is recommended to clean the filter screen every time 20 parts are cleaned);
2. Replace the Cleaning Agent: If the transparency of the cleaning agent is lower than 50% (severe turbidity), completely pour out the old fluid, rinse the inside of the parts washer with clean water 2-3 times, air-dry and add new cleaning agent (it is recommended to replace the cleaning agent every time 50kg of parts are cleaned, or adjust flexibly according to the turbidity degree);
3. Pretreat Large Impurities: Before cleaning parts with a large amount of iron filings, wipe off the visible impurities on the surface with a dry cloth, then put them into the parts washer to reduce the contamination speed of the cleaning agent.

Q3: How to judge whether parts are suitable for cleaning on YD43-001?

1. Confirm Part Size: The part length should be ≤27.5 inches (69.85cm), width ≤16 inches (40.64cm), and height ≤10 inches (25.4cm); if exceeding these dimensions, the part cannot be placed stably on the tabletop, which may cause fluid leakage or part falling;
2. Confirm Part Material: Only suitable for metal parts (steel, iron, aluminum alloy, etc.); cleaning of plastic and rubber parts (e.g., sealing rings, plastic gears) is prohibited to avoid material corrosion by cleaning agents;
3. Confirm Cleaning Agent Type: Use neutral/weakly alkaline cleaning agents with pH 5-9; strong acid (e.g., hydrochloric acid) and strong alkali (e.g., sodium hydroxide solution with concentration ＞20%) cleaning agents are prohibited to prevent corrosion of the tabletop paint layer and the polyethylene material of the parts washer.

Q4: After long-term use, the tool drawer becomes stuck when pulled. How to solve this problem?

1. Clean Slide Rail Impurities: Fully pull out the drawer, wipe off the oil stains and iron filings on the surface of the slide rail with a dry cloth; if there are stubborn impurities, scrub with a brush dipped in alcohol, air-dry and reinstall the drawer, and the stuck feeling will be significantly reduced;
2. Add Grease: Apply a small amount of lithium-based grease (thickness 1-2mm) on the contact surface of the slide rail, pull the drawer in and out manually 5-10 times to ensure uniform lubrication, which can effectively reduce friction resistance;
3. Check Limit Buckle: If the buckle is misaligned, it will hinder the drawer pulling; gently adjust the buckle angle with a screwdriver to ensure the drawer can be locked normally when closed and has no obstruction when pulled.