A suction machine is a conveying equipment that uses vacuum suction to transport particles and powdery materials, and is widely used in the production and scientific research fields of pharmaceuticals, food, chemicals, ceramics, feed, pigments, dyes, and agricultural products. The use of vacuum conveyors can greatly reduce dust pollution in the workshop, improve cleanliness, save a lot of labor, reduce pollution, and be safe and reliable.

　　

The material of the suction machine produced by Tiantian Automation is divided into two types: stainless steel and carbon steel; Sealing ring material: silicone rubber; Filter: Type A: Pitex filter bag, made of anti-static fiber, containing polyester and carbon fiber, and infiltrated with Teflon (TFE). The filter bag can be hand washed (at 40 ℃) with particle size>5 μ m; Type B: Metal woven sintered filter screen, made of SS304 or SS316L material, can conduct static electricity, meets FDA requirements, has high filtration accuracy (up to 1 micron), and has a long service life.

　　

The suction machine in terms of structure can be divided into three forms: electric, pneumatic, and electric pneumatic hybrid, which are suitable for different production environments. On the basis of ensuring the basic functions and indicators of traditional vacuum feeding machines, TianTian's automated vacuum feeding machine also has multiple unique patented technologies, making the conveying smoother and greatly increasing the conveying distance. Company technicians can install different accessories on the conveyor according to the production needs of different customers, to better solve practical production problems for customers.

　　

Technical parameters: The conveying capacity varies with different conveying distances; When vertical for 3 meters and horizontal for 5 meters, the conveying capacity is 0.1-50T/h.

　　

The suction machine transports materials in a sealed state, without exposure, leakage, pollution, explosion, and static electricity. The design and manufacturing of the product comply with GMP requirements, providing pharmaceutical manufacturers with a safer and more reliable conveying tool, especially for the feeding of materials into pressurized containers. This system uses both vacuum and pressure to transport powder materials. It can transport almost all types of powder or granular dry and wet materials.

　　

Raw materials, powdered materials, granular materials, mixed materials (without layering during transportation), tablets, capsules, etc. in the pharmaceutical industry.

　　

Additives, raw materials, candies, coffee powder, tea, crystalline material powders, etc. in the food industry

　　

Chemical and pesticide raw materials

　　

Transportation of industrial raw materials, dyes and other materials

　　

Transportation of bulk materials in agriculture

　　

Characteristics of vacuum feeding machine:

　　

Compliant with GMP requirements, simple structure, easy installation

　　

The inner wall is made of hygienic and corrosion-resistant materials, precision polished, with no dead corners or non bonding materials

　　

Intelligent control, simple operation, easy disassembly, and easy cleaning

　　

Explosion proof design, environmentally friendly sealing

　　

Easy to install and lightweight

　　

Economical and energy-saving, with low operating costs

　　

Can eliminate static electricity, there is no potential danger

　　

Can transport materials of various properties, with a wide range of adjustable conveying capacity

　　

Product System Description of Vacuum Feeding Machine

　　

Vacuum source: using a vacuum generator or a water ring vacuum pump

　　

Filter: sintered stainless steel type, with a filtration range of 5 μ m or more; PTFE type, with a filtration range of 2&m or more; Polyester fiber type, with a filtration range of 0.2 μ m or more.

　　

Equipment body: Made of AISI304 or AISI316L material, polished internally to Ra<0.8&mu; m

　　

Pneumatic valve: AISI304 or AISI316, explosion-proof design.

　　

conveying capacity

　　

The size of the conveying capacity mainly depends on the characteristics of the material, viscosity, density, flowability, etc.