Six-axis robot-manufacture,factory,supplier from China

The new Pallet Robot brings together the company's top R&D strength and cutting-edge technology, and has achieved a qualitative leap in multiple key performance indicators.It uses an advanced visual recognition system, equipped with a high-resolution camera and an intelligent image processing algorithm, which can accurately locate pallets and goods in complex storage environments, greatly improving the robot's operating accuracy and work efficiency.In terms of motion control, the robot is equipped with a high-performance servo motor and an optimized motion algorithm, which gives it

With the recovery of the global manufacturing industry and the continuous improvement of industrial automation, the market demand for fully automatic double-axis chain grinders has shown a trend of sustained growth.According to a report released by a market research organization, in recent years, the demand for chains in industries such as automobiles, motorcycles, agricultural machinery, and engineering machinery has continued to increase, and the quality and precision requirements of chains have also become higher and higher, which provides a broad space for the development of the fully auto

After 1 year of intensive research and countless test optimizations, the company has overcome many technical difficulties and successfully launched this epoch-making fertilizer palletizing production line. The production line integrates advanced robot visual recognition technology, which can accurately identify fertilizer packaging bags of different specifications and shapes, ensuring "zero error" in the palletizing process.

In the early stage of building an organic fertilizer plant, the following aspects of work need to be considered:I. Market researchBefore building an organic fertilizer plant, it is necessary to conduct sufficient market research to understand the local sources of organic waste, land fertility, crop demand, farmers' demand and acceptance. Through market research, we can determine the positioning and price of organic fertilizer products, as well as forecast the potential of the sales market.2.

The company has made a major breakthrough in the international market and has recently successfully signed an export order for a flat die pellet mill with a large Korean company. This is the company's largest export order this year, indicating that the company's products have been recognized by more and more customers in the international market. The flat die pellet mill exported this time will be used in the company's feed production project.

Pig manure is commonly used organic fertilizer raw materials, this is because the difficulty of collecting pig manure is relatively low, with the popularization of large-scale farming, many breeding plants have also become organic fertilizer plants, so how should pig manure be fermented? Today, Tongda Heavy Industry will tell you what details should be paid attention to when pig manure fermentation organic fertilizer.1. Temperature. The proper starting temperature of fermentation should be 25℃ ~ 35℃. If fermenting in winter, it is recommended to do it indoors or in a greenhouse.

Recently, the company has achieved remarkable results in the research and development and production of bottle cap sealing machines, injecting new vitality into the packaging industry.In terms of technical research and development, the company's scientific research team has successfully overcome a number of key technical problems and launched a new generation of intelligent bottle cap sealing machines.

Direct energy conversion: electrical energy is directly converted into thermal energy, and there is no loss in intermediate energy conversion.

Recently, in the field of packaging machinery, energy-saving strapping machines have become the focus of industry attention, injecting new impetus into sustainable development.MOSCA, a world-leading packaging machinery manufacturer, has been committed to the research and development of environmental protection and energy-saving technologies, and its energy-saving strapping machines have performed well in the market.

Recently, screw feeder technology has achieved a series of significant breakthroughs. In the design of the spiral shaft and spiral blades, R&D personnel used advanced computer simulation technology to optimize the shape and pitch of the blades. The new spiral blade can push materials more evenly and stably, effectively reducing the fluctuation of materials during transportation, greatly improving the accuracy of material transportation.