The dedicated Rectangle Mold for RUISCI Pellet Press serves as a crucial component for compacting powdered or granular substances into square or rectangular lamellae. Comprising an upper punch, a middle die, and a lower punch, the upper punch exerts pressure, the lower punch offers support, and the die holes of the middle die define the shape and size of the tablets.

The dedicated Cylindrical Mold for RUISCI Pellet Press serves as a crucial component for compacting powdered or granular substances into discs. Comprising an upper punch, a middle die, and a lower punch, the upper punch exerts pressure, the lower punch offers support, and the die holes of the middle die define the shape and size of the tablets.

The Cemented Carbide Mold Comprising an upper punch, a middle die, and a lower punch, the upper punch exerts pressure, the lower punch offers support, and the die holes of the middle die define the shape and size of the tablets.

The Custom Sized Molds Comprising an upper punch, a middle die, and a lower punch, the upper punch exerts pressure, the lower punch offers support, and the die holes of the middle die define the shape and size of the tablets. The materials employed are predominantly high-quality tool steel or stainless steel.

Detachable Mold is a specific type of laboratory mold that is usually utilized in pellet presses for the production of sample pieces of particular shapes.

The materials of the Annular Mold and Spherical Mold utilized in the laboratory are predominantly alloy tool steel. The hardness of the punch head is high, and special sizes can be customized.

Infrared Mold is primarily utilized for sample preparation in infrared spectrometers. Its material is mostly high-quality tool steel, featuring high hardness, excellent wear resistance and corrosion resistance. The inner surface of the mold is smooth,

Button Battery Pellet Press,Place the assembled button battery and tested button battery into the molds for sealing and disassembly.

Manual pellet press is driven hydraulically and is primarily employed in small-scale sample pretreatment in laboratories, being applicable for pressing various materials. When utilized in conjunction with molds, it can compress samples of different specifications into sample tablets of regular shapes, fulfilling diverse experimental demands. Through manual operation to exert pressure, it presses powder, granular or sheet samples into regularly-shaped sample tablets, facilitating subsequent detection or analysis.

The pressure gauge of the Digital Pellet Press employs a digital display screen. Through the intuitive presentation of key parameters, convenient operation, and data recording, it markedly improves the accuracy of the pelletizing process and the efficiency of experiments.

Manual pellet press is driven hydraulically and is primarily employed in small-scale sample pretreatment in laboratories, being applicable for pressing various materials. When utilized in conjunction with molds, it can compress samples of different specifications into sample tablets of regular shapes, fulfilling diverse experimental demands. Through manual operation to exert pressure, it presses powder, granular or sheet samples into regularly-shaped sample tablets, facilitating subsequent detection or analysis.

Automatic Pellet Press production equipment with a large space and simple operation. It features a liquid crystal display, programmed pressure application, programmed pressure holding, and timed pressure release. It can automatically convert the actual pressure borne by the mold. When the oil cylinder reaches the limit height, it automatically releases pressure.

Digital Pellet Press (With protective housing) incorporates digital display functionality and protective design. Not only can it visually display key parameters, but it also possesses high safety and stability, effectively guaranteeing experimental safety and maintaining a clean laboratory environment.

Manual Pellet Press (With protective housing) not only exhibits high safety performance, stable operation and reduced contamination, but also effectively elevates experimental safety and operational convenience, simultaneously maintaining a clean laboratory environment.

Electric Pellet Press is driven hydraulically and is primarily employed in scale sample pretreatment in laboratories, being applicable for pressing various materials. When utilized in conjunction with molds, it can compress samples of different specifications into sample tablets of regular shapes, fulfilling diverse experimental demands. Through manual operation to exert pressure, it presses powder, granular or sheet samples into regularly-shaped sample tablets, facilitating subsequent detection or analysis.

Manual Pellet Press ( With Isostatic pressing），he sample is subjected to all-round pressure inside the isostatic pressing chamber to improve the uniformity of the sample forming density. It is commonly used to apply secondary pressure to the formed sample to make the sample density more uniform. Rubber mold can also be configured for pressing powder.

Electric Pellet Press ( With Isostatic pressing)，he sample is subjected to all-round pressure inside the isostatic pressing chamber to improve the uniformity of the sample forming density. It is commonly used to apply secondary pressure to the formed sample to make the sample density more uniform. Rubber mold can also be configured for pressing powder.

Automatic Pellet Press is driven hydraulically and is primarily employed in scale sample pretreatment in laboratories, being applicable for pressing various materials. When utilized in conjunction with molds, it can compress samples of different specifications into sample tablets of regular shapes, fulfilling diverse experimental demands. Through manual operation to exert pressure, it presses powder, granular or sheet samples into regularly-shaped sample tablets, facilitating subsequent detection or analysis.

Cast Iron Miners Mortar is a laboratory grinding apparatus fabricated from cast iron. It is composed of a mortar and a pestle. Its structure is straightforward yet rationally designed. The inner wall of the mortar has no blind spots, which can effectively mitigate the resistance during grinding and simultaneously prevent sample residue.

The laboratory cast Iron Mortar and Pestle is a commonly used grinding tool, mainly used for grinding solid samples into powder or mixtures. Its cast iron material endows the mortar with high mechanical strength and wear resistance, capable of withstanding considerable grinding pressure and suitable for grinding samples with high hardness. The cast iron mortar has good corrosion resistance and can resist the corrosion of common acids, alkalis and other chemical substances, but it is not resistant to strong acids, strong alkalis and other strongly corrosive substances.