Lead time is an important factor in the success of any business. It can be the difference between a successful product launch and a failed one. For vibrating screen, reducing lead time can be a challenge. But with the right tips and strategies, you can reduce lead time and ensure your product launch is a success. As leading China powder sieving machine factory, we have some tips and strategies to help you reduce lead time:
Understand the gap between the factory’s existing products and the products you need. Chinese factories tend to produce standardized products, but vibrating screens lack standardized products. One problem this leads to is that customers want the factory to design the equipment to a height of 1 meter, but the factory has ready-made equipment with a height of 0.9 meters. If you choose 0.9-meter-high equipment, the factory’s production cycle is 7 days. If you redesign it according to your requirements, the factory’s production cycle is 30 days. They are 23 days apart.
Review before placing an order. The factory salesperson should first have the ability to understand you, which includes language skills. One phenomenon is that sales say OK to all your questions, but in fact sales do not understand you. . . So, please ask the salesperson to do a review before placing an order to make sure everything you communicate is clear. A serious consequence of this is that when the goods are completed, you suddenly find that it is different from what you requested (maybe the paint color is wrong, a certain specification is wrong, etc.), and then the factory spends a week to modify these mistake.
Choose the right shipping option. Be sure to notify the freight forwarder to order the shipment at least 7 days before the goods are completed.
DELI INDUSTRIAL is the gyratory screener, ultrasonic sifter, vibro sifter, ultrasonic sifter supplier and manufacturer in China.
vibro sifter principle Vibro sifter principle is to use three dimensional vibration to seprate the material into products of different particle sizes. Watch the video on how vibro sifter work: three dimensional vibration principle During the machine running, the vertical vibrating motor with eccentric blocks at both ends generates a combined force, which is a…
Understanding Fine Powder Vibrating Sieves Fine powder vibrating sieves are essential tools in various industries for the efficient separation and classification of materials. These sieves utilize high-frequency vibrations to facilitate the movement of particles through a mesh screen. This process ensures that fine powders are sorted accurately, improving product quality and consistency. The design of…
The Importance of Precision Screening in Soy Flour Production In the competitive landscape of the food industry, the quality of raw materials significantly influences the final product. Soy flour, a popular ingredient due to its high protein content and versatility, requires meticulous processing to ensure that it meets the standards for both safety and performance….
what products we manufacture We provide design, production, manufacturing, testing, packaging, transportation and after-sales service for sanitary vibration sifters. Our production base is located in Xinxiang City, Henan Province, China, and we can manufacture 50 circular vibratory sieving machines and 5 rectangular vibrating screeners every day. Our service tenet is to deliver durable vibration sifters…
How is graphite powder made? Type Crystal grain size Origin Earthy graphite 0.01~0.1μm Türkiye, Europe, China, Mexico and the United States Flake graphite 0.05~1.5 mm Australia, Brazil, Canada, China, Germany and Madagascar Block graphite >0.1 mm Sri Lanka Graphite grain size Graphite powder is an industrial fine powder processed from graphite ore. It is processed…
How Glucose Powder Sieving Machines Improve plant Efficiency Glucose powder sieving machines are used to quickly and accurately separate particles of different sizes, allowing for the production of high-quality food products. By using a vibro sieving machine, food processors can reduce the amount of time and labor needed to produce a product, as well as…