萩原工業 List of Products and Services

"Reysis" is a new technology that enables the controlled release of drugs by carrying them on a unique porous film. With Reysis, it becomes possible to maintain a constant effect (concentration) of volatile drugs through "zero-order release." Additionally, liquid raw materials can also be shaped and monomerized. It resolves the "dissatisfaction with drug effectiveness" and contributes to "effective," "long-lasting," and "stable" effects, while also reducing costs by eliminating waste. 【Features】 ■ The drug accumulated in the porous gaps evaporates in a constant amount. ■ Almost all liquid drugs can be absorbed. ■ Does not require high-temperature heating during manufacturing. *For more details, please refer to the PDF document or feel free to contact us.

• Composite Materials

"Reisis" is a new technology that enables the controlled release of drugs by carrying them on a unique porous film. With Reisis, it becomes possible to maintain a constant effect (concentration) of volatile drugs through "zero-order release." Additionally, liquid raw materials can also be shaped and monomerized. It resolves the "dissatisfaction with drug efficacy" and contributes to "effective," "long-lasting," and "stable" performance, while also reducing costs by eliminating waste. 【Features】 ■ Drugs accumulated in the porous gaps evaporate in a constant amount ■ Almost all liquid drugs can be absorbed ■ Does not require high-temperature heating during manufacturing *For more details, please refer to the PDF document or feel free to contact us.

• Composite Materials

"Reisis" is a new technology that enables the controlled release of drugs by carrying them on a unique porous film. With Reisis, it becomes possible to maintain a constant effect (concentration) of volatile drugs through "zero-order release." Additionally, liquid raw materials can also be shaped and monomerized. It resolves the "dissatisfaction with drug effectiveness" and contributes to "effective," "long-lasting," and "stable" effects, while also reducing costs by eliminating waste. 【Features】 ■ Drugs accumulated in the porous gaps evaporate at a constant amount ■ Almost all liquid drugs can be absorbed ■ Does not require high-temperature heating during manufacturing *For more details, please refer to the PDF materials or feel free to contact us.

• Composite Materials

"Reisis" is a new technology that enables the controlled release of drugs by carrying them on a unique porous film. With Reisis, it becomes possible to maintain a constant effect (concentration) of volatile drugs through "zero-order release." Additionally, liquid raw materials can also be shaped and monomerized. It resolves the "dissatisfaction with drug effectiveness" and contributes to "effective," "long-lasting," and "stable" performance, while also reducing costs by eliminating waste. 【Features】 ■ Drugs accumulated in the porous gaps evaporate at a constant amount ■ Almost all liquid drugs can be absorbed ■ Does not require high-temperature heating during manufacturing *For more details, please refer to the PDF materials or feel free to contact us.

• Composite Materials

"Reisis" is a new technology that enables the controlled release of drugs by carrying them on a unique porous film. With Reisis, it becomes possible to maintain a constant effect (concentration) of volatile drugs through "zero-order release." Additionally, liquid raw materials can also be shaped and monomerized. It resolves the "dissatisfaction with drug efficacy" and contributes to "effective," "long-lasting," and "stable" effects, while also reducing waste to achieve "cost reduction." 【Features】 ■ The drug accumulated in the porous gaps evaporates in a constant amount. ■ Almost all liquid drugs can be absorbed. ■ Does not require high-temperature heating during manufacturing. *For more details, please refer to the PDF document or feel free to contact us.

• Composite Materials

"Reisis" is a new technology that enables the controlled release of drugs by carrying them on a unique porous film. With Reisis, "zero-order release," which maintains the efficacy (concentration) of volatile drugs at a constant level, becomes possible. Additionally, liquid raw materials can also be shaped and monomerized. It resolves the "dissatisfaction with drug efficacy" and contributes to "effective," "long-lasting," and "stable" effects, while also reducing costs by eliminating waste. 【Features】 - The drug accumulated in the porous gaps evaporates at a constant amount. - Almost all liquid drugs can be absorbed. - Does not require high-temperature heating during manufacturing. *For more details, please refer to the PDF document or feel free to contact us.

• Composite Materials

"Reysis" is a new technology that enables the controlled release of drugs by carrying them on a unique porous film. With Reysis, it is possible to maintain a constant effect (concentration) of volatile drugs through "zero-order release." Additionally, liquid raw materials can be shaped and monomerized. It addresses the "dissatisfaction with drug effectiveness" by ensuring that drugs are "effective," "long-lasting," and "stable," while also contributing to "cost reduction" by eliminating waste. [Features] - The drug accumulated in the porous gaps evaporates at a constant amount. - Almost all liquid drugs can be absorbed. - High-temperature heating is not required during manufacturing. *For more details, please refer to the PDF document or feel free to contact us.

• Composite Materials

"Reisis" is a new technology that carries drugs on a unique porous film to control their release. With Reisis, "zero-order release," which maintains the efficacy (concentration) of volatile drugs at a constant level, becomes possible. Additionally, liquid raw materials can also be shaped and monomerized. It resolves the "dissatisfaction with drug efficacy" and contributes to "effective," "long-lasting," and "stable" effects, while also reducing costs by eliminating waste. 【Features】 ■ Drugs accumulated in the porous gaps evaporate at a constant amount ■ Almost all liquid drugs can be absorbed ■ Does not require high-temperature heating during manufacturing *For more details, please refer to the PDF document or feel free to contact us.

• Composite Materials

"Reisis" is a new technology that enables the controlled release of drugs by carrying them on a unique porous film. With Reisis, "zero-order release," which maintains the effectiveness (concentration) of volatile drugs at a constant level, becomes possible. Additionally, liquid raw materials can also be shaped and monomerized. It resolves the "dissatisfaction with drug effectiveness" and contributes to "effective," "long-lasting," and "stable" effects, while also reducing costs by eliminating waste. 【Features】 ■ Drugs accumulated in the porous gaps evaporate at a constant amount ■ Almost all liquid drugs can be absorbed ■ Does not require high-temperature heating during manufacturing *For more details, please refer to the PDF materials or feel free to contact us.

• Composite Materials

"Reysis" is a new technology that enables the controlled release of drugs by carrying them on a unique porous film. With Reysis, it becomes possible to maintain a constant effect (concentration) of volatile drugs through "zero-order release." Additionally, liquid raw materials can also be shaped and monomerized. It resolves the "dissatisfaction with drug efficacy" and contributes to "effective," "long-lasting," and "stable" performance, while also reducing costs by eliminating waste. 【Features】 ■ Drugs accumulated in the porous gaps evaporate in a constant amount ■ Almost all liquid drugs can be absorbed ■ Does not require high-temperature heating during manufacturing *For more details, please refer to the PDF materials or feel free to contact us.

• Composite Materials

"Reisis" is a new technology that enables the controlled release of drugs by carrying them on a unique porous film. With Reisis, it becomes possible to maintain a constant effect (concentration) of volatile drugs through "zero-order release." Additionally, liquid raw materials can also be shaped and monomerized. It resolves the "dissatisfaction with drug effectiveness" and contributes to "effective," "long-lasting," and "stable" performance, while also reducing costs by eliminating waste. 【Features】 - Drugs accumulated in the porous gaps evaporate in a constant amount. - Almost all liquid drugs can be absorbed. - Does not require high-temperature heating during manufacturing. *For more details, please refer to the PDF document or feel free to contact us.

• Composite Materials

"Reisis" is a new technology that enables the controlled release of drugs by carrying them on a unique porous film. With Reisis, it becomes possible to maintain a constant effect (concentration) of volatile drugs through "zero-order release." Additionally, liquid raw materials can also be shaped and monomerized. It resolves the "dissatisfaction with drug effectiveness" and contributes to "effective," "long-lasting," and "stable" performance, while also reducing costs by eliminating waste. 【Features】 ■ Drugs accumulated in the porous gaps are constantly released in a consistent amount. ■ Almost all liquid drugs can be absorbed. ■ Does not require high-temperature heating during manufacturing. Please check below for examples of applications in various fields. *For more details, please refer to the PDF materials or feel free to contact us.

• Composite Materials

"Reisis" is a new technology that enables the controlled release of drugs by carrying them on a unique porous film. With Reisis, it becomes possible to maintain a constant effect (concentration) of volatile drugs through "zero-order release." Additionally, liquid raw materials can also be shaped and monomerized. It resolves the "dissatisfaction with drug efficacy" and contributes to "effective," "long-lasting," and "stable" effects, while also reducing costs by eliminating waste. 【Features】 ■ The drug accumulated in the porous gaps evaporates in a constant amount. ■ Almost all liquid drugs can be absorbed. ■ Does not require high-temperature heating during manufacturing. *For more details, please refer to the PDF materials or feel free to contact us.

• Composite Materials