Why use smart shelves?

• from the traditional purchasing mode to the supplier consignment mode, to avoid the use of the party to "buy through the plan to produce inventory stagnation", "buy untimely material failures stop line", "frequent purchases lead to the buyer's order, reconciliation, supply-side distribution, transportation costs are high. Supply-side distribution and transportation costs are high.
• Standardise the management of Class C small materials on site to reduce the difficulty of finding materials to affect the assembly progress, the lack of registration of collaterals, the site environment is dirty and poor site.

What Smart shelves can do?

• real-time display of each material inventory data, so that the use side and supply side to master the current inventory situation.
• Real-time display: collation, return, replenishment, return details.
• Real-time display of the end customer's net consumption of each piece of material to facilitate the reconciliation and use of the party to conduct material consumption analysis.
• in accordance with customer plans to set the upper and lower limits of inventory for each piece of material, below the lower limit, automatically to the supply side of the mobile phone terminal, PC terminal to launch replenishment alarms, to facilitate timely replenishment of the supply side of the material.

Smart shelves need to prepare things in advance

• the site can provide wireless WIFI, 220V power supply.
• the site to provide the use of space, shelves with casters, can be moved flexibly.
• the use of the party to provide a list of materials to be co-operated and the approximate dosage estimate (to facilitate the supply side of the accounting shelf space requirements, the first batch of the number of laying goods and the upper and lower limits of the inventory of each piece of material).
• the user or supplier has a server to deploy the system.

Smart shelves can store what products?

Smart shelves can theoretically store any single weight of basically the same spare parts, such as fasteners, pipe fittings, bearings and so on.

How much weight can a material box of smart shelf carry?

Generally provide 5kg, 10kg, 20kg, 40kg standard range sensors, if there is a higher range demand, can be customised separately.

What is the weighing accuracy of Smart Shelf?

Generally can be controlled in 0.5g ~ 2g or so (the smaller the range, the higher the accuracy), fasteners category, if there are similar flat washers, such as single weight difference in the product or specification of the product is particularly small, if the procurement and supply sides can accept a small difference in the number of can be used directly, if you need to achieve the number of accurate requirements, it is recommended that you can do pre-packaging, counting against the packaging.

shelves when the power failure how to do?

Shelves can be used normally when the power is off, and after the power is on, it will calibrate the current inventory by itself, and generate the list for use and return by checking the difference between the inventory before and after the power is on (when the power is off, the replenishment and return can not be done in principle).

What is the difference between smart shelves and traditional electronic scales?

Smart shelves identify the weight through the weighing sensor, then calculate the inventory quantity in real time according to the average sample unit weight, and link with the database to control the application. Because smart shelves need to be weighed over a long period of time and maintain accuracy and real-time data transmission, they require special circuitry and algorithms for temperature compensation, creep compensation, shock compensation, and the implementation of multi-sensor networking and real-time data transmission and reception, as well as self-diagnosis for sensor failure, so their complexity is far greater than that of electronic scales.

If only the technology of electronic scales is applied to smart shelves, there may be: serious inaccuracy after long-term heavy weight pressure (no professional compensation algorithms), data is often lost or back in time (no professional circuit and software design), failures can not be quickly troubleshooting the problem (no pre-consideration of self-diagnostic function), the loss of information on the goods position in the networked use of multi-shelf (multi-sensor networking capabilities are insufficient), slow opening of the system application (no consideration of dirty data cleaning, etc.)