This novel design introduces a dry ice briquette machine, comprising a main rectangular frame with an open top and right side, and a laser circumferential cutting device. The laser circumferential cutting device includes a laser and a turntable, with the turntable fixed to the main frame and the laser mounted on the turntable. Slots for cutting are provided on the sides of the main frame, through which the laser beam emitted from the laser passes into the main frame. Upon use, dry ice powder, granules, or strips are filled into the main frame, then placed into the press. The press compresses the dry ice within the main frame into briquettes. Dry ice briquette machine manufacturers can continuously add dry ice and press it to increase the density of the briquettes. By activating the laser, the emitted laser beam passes through the cutting slots and cuts the dry ice blocks within the main frame, detaching the upper part of the blocks to ensure a flat top surface within the main frame, facilitating transportation and storage.



This novel utility model discloses a manually operated multi-functional dry ice briquetting machine, comprising a base, a fixed column connected to one end of the top of the base, a hydraulic cylinder fixed on the bottom surface of the column, a pressure plate fixed to the extending end of the cylinder, and a mold cavity located below the pressure plate on the top surface of the base. The multi-functional dry ice briquetting machine, with the mold cavity and multiple movable mold cavities, allows for adjusting the thickness of the dry ice blocks by adding or reducing the movable mold cavities as needed. By connecting and locking the upper and lower mold cavities through a linkage of a connecting plate, fixed holes, fixed blocks, positioning rods, springs, limit rods, positioning holes, and pin rods, it can accommodate various sizes of dry ice blocks, offering flexibility and a wide range of applications. This significantly enhances production efficiency, ensures product processing quality, and is easy to operate, making the dry ice briquetting machine manufacturer's product user-friendly.



This utility model discloses an automatic feeding device for dry ice briquetting machines, comprising a base, with the base ends fixedly connected to brackets via bolts. The brackets are connected by bolts at the top to a crossbeam, which in turn has an adjustable cylinder fixedly mounted on its top. The cylinder's output end extends through to the bottom of the crossbeam, where it is fixedly connected to a fixed plate. The receiving box is equipped with a sliding connection to a receiving plate. Through the coordinated action of mold blocks, mold grooves, the dry ice briquetting machine, sliding plates, adjustment plates, receiving plates, baffles, sliding blocks, and sliding grooves, the rapid feeding and unloading of ice blocks is achieved, eliminating the need for manual handling. This saves time and effort, offering convenience and speed, significantly enhancing work efficiency. Furthermore, the coordinated action of the sliding plate, spring, and adjustment plate provides certain buffering for the mold block's downward pressure, offering good shock absorption and protective effects, which is conducive to extending the device's service life and ensuring a more stable material pressing and shaping process.



Dry Ice Pellet Press Manufacturer - Dry Ice Pellet Press - Kunshan Pinzhiliang Machinery Automation (View) provided by Kunshan Pinzhiliang Machinery Automation Equipment Co., Ltd. Kunshan Pinzhiliang Machinery Automation Equipment Co., Ltd. is a witness to the industry equipment in Jiangsu, Suzhou. Over the years, the company has implemented the policy of scientific management, innovative development, and honesty, meeting customer needs. Pinzhiliang leaders and all employees warmly welcome inquiries and negotiations from all sectors, jointly creating a brighter future for Pinzhiliang.