This utility model discloses an automatic topping device for a dry ice briquetting machine, including a base, a manufacturer of dry ice briquetting machines. The base has brackets fixedly connected at both ends by bolts, with a crossbeam fixedly connected between the tops of the brackets by bolts. A telescopic cylinder is fixedly connected at the top of the crossbeam, and its output end passes through to the bottom of the crossbeam where it is fixedly connected to a fixed plate. A receiving box has a sliding connection to a receiving plate on one side. Through the coordinated action of molding blocks, a dry ice briquetting machine, molding grooves, sliding plates, adjusting plates, receiving plates, baffles, sliding blocks, and sliding grooves, the rapid topping and discharging of ice blocks is achieved, eliminating the need for manual handling of ice blocks, saving time and effort, and providing convenience and speed. This significantly enhances work efficiency. Furthermore, through the coordinated action of sliding plates, springs, and adjusting plates, the downward pressure on the molding blocks is buffered, offering good shock absorption and protective effects, facilitating the extension of the device's service life and ensuring more stable pressing and molding operations.



A dry ice briquetting machine with an air-blocking feature, model of dry ice briquetting machine, this utility model relates to a dry ice briquetting machine equipped with an air-blocking mechanism, comprising the main body of the briquetting machine, a discharge outlet on the main body, and an air-blocking plate connected to the outer side of the main body near the discharge outlet through a clamping component. The air-blocking plate covers the upper part of the discharge outlet and matches it. This utility model effectively prevents the gas from the discharge outlet of the briquetting machine's main body from directly hitting the face, thus avoiding irritation or injury to the face.




This utility model discloses a manually operated multi-functional dry ice briquette machine, comprising a base, a dry ice briquette machine, and a fixed column mounted at one end of the top of the base. A hydraulic cylinder is fixedly connected to the bottom surface of the fixed column, with a pressure plate fixedly connected to the extending end of the hydraulic cylinder. A mold cavity is set below the pressure plate on the top surface of the base. This manually operated multi-functional dry ice briquette machine adjusts the thickness of dry ice blocks by setting mold cavities and multiple movable mold cavities, allowing for the addition or reduction of the movable mold cavities as needed. The connection between the upper and lower mold cavities is achieved through the联动 relationship between a connecting plate, fixed holes, fixed blocks, positioning rods, springs, limit rods, positioning holes, and pin rods, making it suitable for various sizes of dry ice blocks. It offers flexibility, a wide range of applications, significantly improves production efficiency, ensures product processing quality, and is easy to operate and use.



Dry Ice Pellet Press Manufacturer - Dry Ice Pellet Press - Kunshan Pinzhiliang Machinery Automation (View) provided by Kunshan Pinzhiliang Machinery Automation Co., Ltd. Kunshan Pinzhiliang Machinery Automation Co., Ltd. has dedicated much passion and enthusiasm to the field of industrial equipment. Pinzhiliang always puts customers first and creates value for them, winning the market through quality and service. We sincerely hope to cooperate with all sectors of society to create success and brilliance together. For related business inquiries, please contact Zhang Feng.