ISSN: 0000-0000
Wanjari A.1 , Gandhe Y.2 , Nandurkar V.3 , Belge R.4
1M.D. Scholar, Department of Rasasbastra and Bhaishajya Kalpana, Shri Ayurved Mahavidyalaya, Nagpur
2M.D. Scholar, Department of Rasasbastra and Bhaishajya Kalpana, Shri Ayurved Mahavidyalaya, Nagpur
3P.G Guide, Department of Rasasbastra and Bhaishajya, Kalpana.Shri Aurved Mahavidyalaya, Nagpur
4Professor & H.O.D., Department of Rasasbastra, and Bhaishajya Kalpana, Shri Ayurved Mahavidyalaya, Nagpur
Date of Acceptance: 2026-03-20
Date of Publication:2026-04-13
Correspondence Address:
Keywords: Agni Sanskara; Electric Muffle Furnace; Kupipakva Rasayana; Sameerpannaga Rasa; Ras Shastra; Valuka Yantra.
Source of Support: Nill
Conflict of Interest: Non declared
Introduction: Sameerpannaga Rasa is a traditional Kupipakva Rasayana used for Shwasa and Kasa. The proper application of Agni Sanskara through the right Yantra is essential for achieving the desired pharmaceutical and therapeutic properties of Rasaushadhis. While classical texts recommend the use of Valuka Yantra, the Electric Muffle Furnace (EMF) is commonly utilized in modern pharmaceutical practices. This study aims to compare the pharmaceutical processes of Sameerpannaga Rasa prepared using these two methods. Methods & Observation: To create Sameerpannaga Rasa, we followed classical references with the same raw materials and proportions. Heating was done separately with Valuka Yantra and EMF, ensuring similar heating patterns were maintained. We recorded observations related to Agni duration, State of Kajjali, Fumes, Flames, Organoleptic characteristics, and yield. Results: Both methods effectively produced Sameerpannaga Rasa with similar physical traits. Valuka Yantra enabled gradual and uniform heating, while EMF provided superior temperature control and ease of use in the procedure. Discussion and Conclusion This study emphasizes the significance of Agni and Yantra in the field of Ras Shastra pharmaceutics. While Valuka Yantra adheres closely to classical tenets, EMF can be a viable alternative if the classical heating conditions are closely replicated.