INALSA Mixer Grinder|500W Powerful Motor|High RPM 21000 for Finer Grinding Result|3 Stainless Steel Jars (1.2 L,0.8 L,0.4 L)|Leak-Proof Lid|3 Speed Control & Pulse Function|2 Year Warranty|Jazz Bold

Brand Inalsa Special Feature Overload Protection Product Dimensions 22D x 20W x 37.5H Centimeters Colour Red/Black Number of Speeds 4 Included Components 1 N Liquidizer Jar Lid, 1 N Motor Unit, 1 N SS Dry Grinding Jar, 1 N SS Dry Grinding Jar Lid, 1 N SS Liquidizer Jar1 N Liquidizer Jar Lid, 1 N Motor Unit, 1 N SS Dry Grinding Jar, 1 N SS Dry Grinding Jar Lid, 1 N SS Liquidizer Jar Model Name Mixer Grinder Jazz Bold Blade Material Stainless Steel Manufacture Year 2025 Manufacturer Tuareg Marketing Pvt. Ltd., Tuareg Marketing Pvt. Ltd. Khasra No- 1189, Bhalswa, New Delhi-110033 See less Wattage 500 Watts Material Stainless Steel Item Weight 2200 Grams Voltage 230.0 About this item Powerful 500 W Copper Motor – High-torque motor delivering fast and efficient grinding performance for dry and wet applications Three Durable Stainless‑Steel Jars – Includes a 1.2 L liquidizing jar, 0.8 L multipurpose (dry-grinding) jar, and 0.4 L chutney jar—ideal for making chutney, masala powders, purees, and smoothies High Speed 21000 RPM Performance – Ensures finer grinding results and maintains true flavors of traditional Indian recipes, as highlighted on the packaging “High Speed 21000 RPM for Finer Grinding Results.” Robust Build with ABS Body & Nylon Couplers – Shockproof ABS body withstands heavy usage, while strong nylon couplers with metal inserts ensure long-lasting performance Concealed Bushes to Prevent Leakage – Special bottom bush design on jars prevents oil leakage during grinding, offering better hygiene and maintenance Three-Speed Control with Pulse Function – Offers precise control from slow to high-speed and a pulse option for ideal consistency while grinding spices, coffee, or chutney. Food‑Grade Stainless Steel & Break‑Resistant Lids – All jars are made from premium-grade SS with leak-proof lids; non-slip feet ensure stability during operation