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- New LAB Series-1 high-precision automated batching equipment to prev
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In the 21st century, with the vigorous development of the manufacturing industry, the lack of global human resources and the continuous increase of labor costs, "machine replacement" has become one of the preferred ideas for the transformation and development of the traditional manufacturing industry. Therefore, a fully intelligent equipment independently developed and produced by our company, the fully automatic intelligent formula machine, is mainly used in essence and spice, food and beverage, medicine, dyes, wine, chemical pigments and other industries. It is applicable to a wide range of industries. This machine has powerful functions, simple operation, low maintenance costs, long service life, high production efficiency and other characteristics. The advent of this machine will help your enterprise to produce from the traditional manual formula process to the era of fully automatic intelligent operation, to maximize production efficiency. High utilization.
The biggest feature of this machine is:
1. The raw material formula can be effectively kept confidential, and the core technology is not easily leaked.
2. It can achieve remote network control, truly realizing the unmanned workshop operation management mode, and avoiding the harm of traditional processes to the human body.
3. The precision of raw material ingredients is high, up to 0.01 grams.
4. Can avoid the reproducibility of the formula.
5. One person with multiple machines saves human resources.
At the same time, our domestic after-sales service is fast, responsive, convenient, and thoughtful, and can help you solve all your worries.
1. Formula confidentiality: Formula permission management, formula administrator, formulator, and equipment operator are independent of each other.
2. LAN network control: Internal LAN, B/S access mode, centralized data encryption management.
3. Reproducibility: Independent QR code, freely formulated formula, combination of sub formulas, cross use of formulas.
4. High precision: Fast batching speed, high precision, automatic flow calculation, and troubleshooting for manual errors.
5. Remote network control, achieving unmanned workshop operation mode, avoiding harm to human body caused by traditional processes.
6. It can avoid the reproducibility of the formula, with one person using multiple machines, saving human resources.
7. Customizable development and integration with ERP and third-party systems to achieve seamless integration.
8. Simple maintenance, no expensive consumables, and lifetime after-sales service support.
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- https://en.sindbo.com/pic/3150462040.html2022-11-18
- SID-198LAB has more stable feeding accuracy, independent QR code, fr
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In the 21st century, with the vigorous development of the manufacturing industry, the lack of global human resources and the continuous increase of labor costs, "machine replacement" has become one of the preferred ideas for the transformation and development of the traditional manufacturing industry. Therefore, a fully intelligent equipment independently developed and produced by our company, the fully automatic intelligent formula machine, is mainly used in essence and spice, food and beverage, medicine, dyes, wine, chemical pigments and other industries. It is applicable to a wide range of industries. This machine has powerful functions, simple operation, low maintenance costs, long service life, high production efficiency and other characteristics. The advent of this machine will help your enterprise to produce from the traditional manual formula process to the era of fully automatic intelligent operation, to maximize production efficiency. High utilization.
The biggest feature of this machine is:
1. The raw material formula can be effectively kept confidential, and the core technology is not easily leaked.
2. It can achieve remote network control, truly realizing the unmanned workshop operation management mode, and avoiding the harm of traditional processes to the human body.
3. The precision of raw material ingredients is high, up to 0.01 grams.
4. Can avoid the reproducibility of the formula.
5. One person with multiple machines saves human resources.
At the same time, our domestic after-sales service is fast, responsive, convenient, and thoughtful, and can help you solve all your worries.
1. Formula confidentiality: Formula permission management, formula administrator, formulator, and equipment operator are independent of each other.
2. LAN network control: Internal LAN, B/S access mode, centralized data encryption management.
3. Reproducibility: Independent QR code, freely formulated formula, combination of sub formulas, cross use of formulas.
4. High precision: Fast batching speed, high precision, automatic flow calculation, and troubleshooting for manual errors.
5. Remote network control, achieving unmanned workshop operation mode, avoiding harm to human body caused by traditional processes.
6. It can avoid the reproducibility of the formula, with one person using multiple machines, saving human resources.
7. Customizable development and integration with ERP and third-party systems to achieve seamless integration.
8. Simple maintenance, no expensive consumables, and lifetime after-sales service support.
...
- https://en.sindbo.com/pic/7639421227.html2022-10-17
- Analysis of essence and fragrance industry chain: the raw materials
- Chemical semi synthesis: based on three major raw materials, limited production scale
Chemical semi synthetic fragrances are mainly prepared by starting from isolated fragrances to produce various fragrance derivatives. At present, chemical semi synthetic fragrances are mainly synthesized through various products such as clove oil, guaiacol oil, lemongrass oil, turpentine (pinene), and camphor oil to produce a rich range of fragrance products. The following will mainly introduce the chemical semi synthetic fragrance industry chain of clove oil, lemongrass oil, and pinene.
Lilac oil: synthetic bulk spice vanillin. Lilac oil (extract from clove stem) extracts natural eugenol, and the quality of vanilla synthesized from eugenol is close to that of natural products, which is widely favored in the high-end food and beverage market. However, the production of vanillin from raw materials such as clove oil and lignin will emit a large amount of pollutants and face significant environmental pressure. Eugenol can be synthesized into dihydroeugenol, isoeugenol, vanillin, and eugenol ester products.
Lemongrass oil: a widely used raw material. Lemongrass oil is an essential oil extracted from lemongrass, which is mainly grown in Latin America and India. The product is widely used in the daily chemical industry. Lemongrass aldehyde is the main component of lemongrass oil, naturally occurring in lemongrass oil and used for the synthesis of more versatile fragrances such as geraniol and L-menthol. The essence and fragrance prepared from citronella oil are widely used in household care products, detergents and other products due to their mosquito repellency.
Pinene: Downstream demand in the industrial chain is concentrated on vanillin and citral. Pinene exists in natural turpentine, with an annual production of around 300000 tons worldwide. Pinene mainly exists in two isomers, alpha and beta. The annual production of pinene in the world is more than 90000 tons, which is mainly used to synthesize a variety of bulk essence such as linalool, geraniol, citral, etc. Due to the fact that natural turpentine is mainly extracted from pine resin, natural production is limited, and the supply of natural semi synthetic market is still tight.
Overall, chemical semi synthetic spice products are limited by limited raw material sources, and their production is usually low, which cannot fully meet market demand. However, chemically semi synthetic spice products usually result in purer spice products, produce fewer isomers of spices, and have product quality closer to natural products, which is to some extent popular in the market.
Chemical total synthesis: based on petrochemical raw materials, producing diversified products
Chemical fully synthetic fragrances are mainly synthesized from petroleum and coal tar based raw materials through chemical processes. Various fragrance products are mainly synthesized through acetylene/acetone, cresol, isoprene, toluene, benzene, acetylene/acetone, and cresol. The following mainly introduces the industrial chain of synthesizing fragrances from isoprene, toluene, and benzene.
Isoprene: Rich in products and high in synthetic barriers. Isoprene is an important bulk petrochemical raw material and one of the most important products in cracking C5 fractions. The production capacity of isoprene from petroleum has a certain scale. The supply of essence and fragrance from isoprene is guaranteed, and the cost of raw materials is low. Through isoprene, citral, linalool, citronellal, geraniol, menthol and other bulk essence can be synthesized, and the downstream application prospect is broad. The process of synthesizing linalool and citral through isoprene involves multiple steps, with complex product structures and high production barriers, which are only mastered by a few enterprises.
Toluene: With abundant sources of raw materials, it synthesizes highly efficient antibacterial spice cinnamaldehyde. Toluene is also one of the commonly used bulk raw materials with abundant sources. At present, toluene can be used to synthesize the important bulk spice cinnamaldehyde, which has antibacterial, disinfectant, and preservative functions, and can also serve as a physical preservative. Benefiting from the increased consumption of packaged food and organic food essence raw materials, the demand for cinnamaldehyde rose rapidly. According to Bai Liao Hui's prediction, the global cinnamaldehyde market is expected to exceed 2 billion US dollars by 2024.
Benzene: synthetic bulk spice benzaldehyde. Benzene can be used to synthesize a large amount of commonly used perfume ¦Â - phenylethanol. At present, ¦Â - phenylethanol is commonly used to prepare rose essence, and the global production of ¦Â - phenylethanol is about 10000 tons. Phenylethanol has a lower price than linalool and is often used in the preparation of daily chemical fragrances. Due to the carcinogenic effect of the raw material styrene, the synthesis of ¦Â - phenylethanol is mainly used as a fragrance for daily chemical products, and current research is mostly focused on the synthesis of ¦Â - phenylethanol using biological fermentation methods.
The diversification of the synthetic fragrance industry chain structure and high technological barriers have created an excellent track for the synthetic fragrance industry.
There are various types of spice products with complex product structures, and different products cannot be completely replaced. The spice product market meets diversified characteristics.
Essence needs a variety of spices for preparation. Different essence products can meet the differentiated needs with strong stickiness. essence products also meet the diversified characteristics.
The barrier to entry for synthetic spice technology is high, and leading enterprises have exclusive control over the synthesis process and formula, with strong discourse power. The following will analyze the supply and demand of essence and fragrance industry, and deconstruct the growth and competition pattern of the industry.
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- https://en.sindbo.com/html/9485075837.html2021-9-13
- Russia has developed biodegradable polyethylene environmentally frie
- ¡¡Recently, the Voronezh Institute of Technology in Russia developed a production process for biodegradable polyethylene packaging bags. By using food industry waste as an additive, it not only digests the waste from the food industry, but also endows the packaging bags with biodegradable properties.
Researchers analyzed the food processing industry and selected waste from the juice and oil industries as additives for polyethylene. After a year and a half of research and development, this biodegradable plastic was developed. Re melt the polyethylene with added fruit residue, sunflower seed residue, and starch at a temperature of 160 ¡æ to prepare the raw material. Afterwards, plastic industry production standard equipment is used to blow bags and roll them, and bags are cut and sealed according to the user's specifications. Due to the addition of natural ingredients, this packaging bag has a unique fragrance.
Mechanical tests have shown that this material is very strong, and large garbage bags made of this material can carry 70 kilograms without deformation. After being stored for 8 months, the material becomes brittle and can be crushed by hand, while ordinary polyethylene materials take more than 300 years to degrade. The researchers have applied for a patent for this technology and have obtained 5 invention patents.
In addition to providing property management companies in Moscow for use as lining bags for garbage bins, the producer has also signed supply agreements with companies in Finland, Germany, and Israel, and is currently processing product certification. It is expected to obtain the corresponding national quality certification by the end of the year.
On this basis, producers are also preparing to produce biodegradable trays, and the corresponding raw material production technology has been developed, with a natural composition of 99%. The only existing problem now is production cost. For consumers, plastic bags and trays produced using this raw material are more expensive than ordinary polyethylene products.
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- https://en.sindbo.com/html/4810965654.html2014-1-9
- What production efficiency has the equipment improved
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- https://en.sindbo.com/html/6513041222.html2013-9-10
- Sindbo Intelligent has independently developed the device control op
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The control operating system of Sindbo intelligent equipment is upgraded to V1.2 version, which automatically identifies the remaining quantity of essence and spice raw materials with intelligent automation.
During the feeding process, it is suggested to add materials in a boring situation, which may result in a quotation. After the upgrade, the system will automatically calculate the remaining quantity that cannot meet the current processing demand, and feedback the data information to the intelligent formula system.
By querying the feeding and equipment alarm records through system alarm data, operators can pay attention to the actual situation of the equipment.
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- https://en.sindbo.com/html/6478355121.html2011-1-8
- Sindbo has developed the formula software system version V1.0
In June 2010, Sindbo developed the formula software system version V1.0
It combines the raw material management, formula management, and formula designer permission management of the essence and spice company, allowing independent management of one's own formula data, which is not disclosed and remains confidential.
The management of the formula spans from research and development to production as a unified process, ensuring strict control over any potential confusion in the formula. Each batch has its unique formula, and the research and development formula can be processed multiple times, with data recorded for each processing. This facilitates easy access to historical records;
Operators only need to scan the QR code, without touching the actual formula, ensuring greater confidentiality of the formula and more precise data;
...- https://en.sindbo.com/html/2096833352.html2010-7-2
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