Shaking Table

The Information of Shaking Table

The shaking table is a gravity separation machine that is widely used in many industries to separate fine materials. It can be employed in different working modes such as coarse separation, fine separation, and cleaning. The shaking table is commonly used in the selection of various minerals such as tin, tungsten, gold and silver, lead, zinc, antimony, iron, manganese, ferrotitanium, and coal.

Our factory has a long history of producing shaking tables and continuously develops and innovates in their design. Over the years, we have transitioned from straight bed surface shakers to single curved wave bed surface shakers in the 1970s. In the 1990s, we further improved the treatment capacity, recovery rate, and enrichment ratio with the development of double wave bed surface shakers.

With its ability to separate fine materials and its wide application range, the shaking table is an essential tool in gravity separation processes.

Gold Shaker Table

The gold shaker table is a vital piece of equipment used for separating gold. Gold is typically found in nature in a highly dispersed form, particularly in alluvial deposits. When it comes to sorting alluvial gold, the most widely employed method is using a shaking table. This is due to the fact that gold has a high density and weight. By using a shaking table, it is possible to separate gold in a single operation, offering an economical and convenient solution.

Furthermore, a single individual has the capability to control multiple shaking tables simultaneously, resulting in manpower and material resource savings. The versatility and efficiency of the gold shaker table make it an important tool in the gold mining industry.

The Application Fields of Shaking Table

The shaking table finds extensive application in various industries and can perform different separation modes, including rough separation, fine separation, and scavenging. It is well-suited for separating a range of metals and heavy metal materials such as gold, silver, tungsten, zinc, iron, manganese, lead, and coal.

The shaking table is particularly effective in handling materials with specific granularities. It is suitable for separating coarse sand with a size range of 2-0.5mm, fine sand with a size range of 0.5-0.074mm, and slime of different granularities. When it comes to processing materials like tungsten, tin, and other metal ores, the shaking table proves effective in recovering material in the 2-0.22mm size range. The shaking table’s versatility and adaptability make it an invaluable tool in various industries.

The Applications of Shaking Table

The shaking table exhibits several performance characteristics that make it highly advantageous in the beneficiation process:

• High Enrichment Ratio: The shaker table offers a high enrichment ratio, meaning it allows for the efficient concentration of valuable minerals or metals from a feed material.
• Good Separation Efficiency: The shaking table demonstrates good separation efficiency, ensuring that the desired minerals or metals are effectively separated from the waste material.
• Simple Operation: Operating the shaking table is straightforward, and it does not require complex procedures or specialized skills. This simplicity makes it accessible and easy to use.
• One-time Concentrate and Tailings: The shaking table enables the production of final concentrate and tailings in a single operation. This eliminates the need for additional processing and enhances operational efficiency.
• Chemical-Free Process: Unlike traditional methods, the shaking table does not rely on the use of chemicals for separation. This not only reduces costs but also minimizes environmental impact.
• Low Energy Consumption: The shaking table is designed to consume low amounts of energy during operation, contributing to cost savings and eco-friendliness.
• Easy Management: The shaking table is user-friendly and requires minimal maintenance. It is easy to manage and maintain, resulting in efficient operations.
• Cost-Effective: The shaking table offers price concessions while delivering high performance. This translates to a high price-to-performance ratio, making it a cost-effective solution for various industries.

Working Principle of Shaking Table

The shaking table operates by utilizing a motor-driven belt that rotates the crankshaft of the shaker device, which in turn moves the rocker up and down. When the rocker moves downward, the material enters through the chute located on the tilting table, while the shaker flume provides lateral shock water, causing simultaneous vibration and flushing.

As a result of these actions, minerals with varying specific gravity, particle size, and density flow out in different directions from the concentrate and tailings mouths. This separation process allows for the formation of high-quality concentrate.

The ongoing advancements in shaking table technology have led to continuous improvements in the processing capacity and accuracy of these devices in mining applications.

The Working structure of Shaking Table

Customer Case

Shaking table working site in Egypt

Shaking table working site in Indonesia

Shaking Table Manufacturer

Zoneding Machine is a reputable manufacturer of ore dressing equipment, including gold shaking tables. Their shaking tables are known for their high separating efficiency, low energy consumption, and user-friendly operation. As an added advantage, Zoneding Machine offers competitive prices for their shaking tables in comparison to other manufacturers in the industry. If you are interested, I recommend reaching out to Zoneding Machine to inquire about their products.

General Specification

Name		Grit  concentrator  table	Fine sand  concentrator  table	Sludge  concentrator  table
Bed surface  Dimensions	Length (mm)	4450	4450	4450
	Driving  part Width (mm)	1855	1855	1855
	Concentrate  part Width (mm)	1546	1546	1546
Max.feeding  size(mm)		2	0.5	0.15
Feeding  amount (t/d)		30-60	10-20	15-25
Feeding  thickness (%)		25-30	20-25	15-25
Stroke (mm)		16-22	11-16	8-16
Frequency (f)		45-48	48-53	50-57
Bed surface  Water quantity (t/d)		80-150	30-60	10-17
Bed surface  Horizontal  obliquity(°)		2.5-4.5	1.5-3.5	1-2
Bed surface  Portrait  obliquity(%)		1.4	0.92	—-
Table board  corner(°)		32-42	40	42
Concentrating  area(㎡)		7.6	7.6	7.6
Bed surface  Length ratio		2.6	2.6	2.6
Shape of  side-bed  surface		Rectangle	Zigzag	Triangle
Motor  power(kw)		1.1	1.1	1.1
Transmission  device		Eccentricity Linkage

Please note that the information provided regarding Zoneding Machine’s shaking tables is subject to change due to advancements in technology. Zoneding Machine reserves the right to modify their products without prior notice. Additionally, the performance of the shaking tables may vary depending on the specific application. For more detailed and up-to-date information, I recommend contacting Zoneding Machine’s engineers through their online chat facility.