| Model |
Loading |
Min/Max height |
platform size |
Bottom size |
Lift time |
Weight |
| |
Kg |
mm |
mm |
mm |
s |
Kg |
| EW1001 |
1000 |
205/990 |
1300*820 |
1240*640 |
20-25 |
160 |
| EW1002 |
1000 |
205/990 |
1600*1000 |
1240*640 |
20-25 |
186 |
| EW1003 |
1000 |
240/1300 |
1700*850 |
1580*640 |
30-35 |
200 |
| EW1004 |
1000 |
240/1300 |
1700*1000 |
1580*640 |
30-35 |
210 |
| EW1005 |
1000 |
240/1300 |
2000*850 |
1580*640 |
30-35 |
212 |
| EW1006 |
1000 |
240/1300 |
2000*1000 |
1580*640 |
30-35 |
223 |
| EW1007 |
1000 |
240/1300 |
1700*1500 |
1580*1320 |
30-40 |
365 |
| EW1008 |
1000 |
240/1300 |
2000*1700 |
1580*1320 |
30-40 |
430 |
| EW2001 |
2000 |
230/1000 |
1300*850 |
1220*785 |
20-25 |
235 |
| EW2002 |
2000 |
230/1000 |
1600*1000 |
1220*785 |
20-25 |
268 |
| EW2003 |
2000 |
250/1300 |
1700*850 |
1600*785 |
25-35 |
289 |
| EW2004 |
2000 |
250/1300 |
1700*1000 |
1600*785 |
25-35 |
300 |
| EW2005 |
2000 |
250/1300 |
2000*850 |
1600*785 |
25-35 |
300 |
| EW2006 |
2000 |
250/1300 |
2000*1000 |
1600*785 |
25-35 |
315 |
| EW2007 |
2000 |
250/1400 |
1700*1500 |
1600*1435 |
25-35 |
415 |
| EW2008 |
2000 |
250/1400 |
2000*1800 |
1600*1435 |
25-35 |
500 |
| EW4001 |
4000 |
240/1050 |
1700*1200 |
1600*900 |
30-40 |
375 |
| EW4002 |
4000 |
240/1050 |
2000*1200 |
1600*900 |
30-40 |
405 |
| EW4003 |
4000 |
300/1400 |
2000*1000 |
1980*900 |
30-40 |
470 |
| EW4004 |
4000 |
300/1400 |
2000*1200 |
1980*900 |
35-40 |
490 |
| EW4005 |
4000 |
300/1400 |
2200*1000 |
1980*900 |
35-40 |
480 |
| EW4006 |
4000 |
300/1400 |
2200*1200 |
1980*900 |
35-40 |
505 |
| EW4007 |
4000 |
350/1300 |
1700*1500 |
1620*1400 |
35-45 |
570 |
| EW4008 |
4000 |
350/1300 |
2200*1800 |
1620*1400 |
35-45 |
655 |
Stationary scissor lift tables provide a cost-effective and efficient solution for material handling in various industries. These tables are typically used in manufacturing, warehousing, and distribution facilities to transport goods from one level to another in a safe and smooth manner. The success of these lift tables relies heavily on the materials used in their construction. The selection of appropriate materials for stationary scissor lift tables makes them safe, reliable, and durable for long-term industrial use.
Typically, the scissor lift table's frame consists of sturdy and robust materials such as heavy-gauge steel. The strength of the frame is critical because it is responsible for supporting the weight of the table and the maximum load it can handle. High-quality steel with a high load-bearing capacity is commonly used to ensure the frame is robust, durable, and resistant to corrosion.
The lift table's platform or deck is essential and is designed to support the load, so it needs to be strong enough to handle the maximum weight capacity. The selected materials should also be able to withstand the daily pressures that the platform will be subject to from constant use. Many platform decks are made of non-slip steel grating or diamond tread steel to help reduce the risk of slipping and promoting safety.
Stationary scissor lift tables also require hydraulic systems to operate the lifting mechanism. The hydraulic system's materials' quality is incredibly vital to the lift table's functionality as it determines the table's smoothness and how efficiently it can lift and lower heavy loads. The hydraulic system comprises multiple components that come under different categories, including hydraulic pumps, hoses, cylinders, and switches. The hydraulic pump is the heart of the system and is responsible for powering the lift table. It is typically made of high-strength and durable steel with aluminum casing to keep it lightweight.
The cylinders used in these tables are critical as they are responsible for lifting and lowering the table. Cylinders are typically made of high-quality steel with a chrome finish to prevent rusting and to ensure smooth operation. The hydraulic hoses are also critical and must be made of high-tensile, high-pressure materials resistant to wear and tear. They are often protected with steel casings to ensure durability and longevity.
The electrical components of these tables are also essential and must be made of high-quality materials. The control system of the lift table is responsible for the safe and efficient operation of the table. Reliable components such as switches, relays, and circuit breakers are used in the control system to ensure the lift table operates safely.
In addition to the above-mentioned materials, the stationary scissor lift table may also require other components such as brakes, casters, and safety rails. All of these components need to be made of high-quality materials to ensure the lift table is safe, reliable, and easy to use.
In conclusion, the success of stationary scissor lift tables depends heavily on the materials used for their construction. The use of high-quality and robust materials in the structural components such as the frame, platform, hydraulic system, and electrical system is critical to ensure safe and efficient operation during industrial use. Choosing the right materials for lift tables results in greater worker safety, better productivity, and a more extended lifespan for the equipment. Investing in high-quality materials pays dividends over time, and ensures a good return on investment for businesses.
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