1.5 m2 Solar Parabolic Cooker - mld sc15 200 ejector set

### 1.5 m² Solar Parabolic Cooker – Modular Injection-Moulded Collector The **1.5 m² Solar Parabolic Cooker** is a concentrated solar cooking system designed to harness solar radiation and convert it into high-temperature thermal energy for efficient, clean, and sustainable cooking. The parabolic collector features an innovative **six-part injection-moulded modular construction**. Six individually moulded sections are precisely designed to fit and join together, forming a complete parabolic collector structure. This segmented design simplifies manufacturing, transportation, handling, assembly, and maintenance while enabling consistent production through injection moulding. The modular collector is designed to provide the required parabolic geometry for concentrating incoming sunlight onto a common focal point, where a cooking receiver is positioned to absorb concentrated solar energy. The system uses direct solar radiation without requiring conventional fuels or electricity for its primary heating process. **MOLD FEATURES:** **MOLD SIZE : 1350X1500X888 MOLD TYPE : 2 PLATE (HOT RUNNER, 3 VALVE GATES, 1 CAVITY) RESIN : PP / HDPE INJECTION MACHINE : 1500 TON CORE MATERIAL : 1.2738 (KP4M) / 1.1730 (S50C)** **Key Features:** - **Collector Aperture Area:** 1.5 m². - **Six-Part Modular Construction:** Six injection-moulded components assembled into one complete collector. - **Injection-Moulded Manufacturing:** Designed for repeatable, scalable mass production. - **Precision Assembly:** Interlocking and joining arrangement to maintain the intended collector geometry. - **Easy Transportation:** Segmented construction makes individual components easier to handle and transport. - **Sustainable Cooking:** Utilises concentrated solar energy, reducing dependence on conventional cooking fuels. - **Modular Design:** Simplifies manufacturing, assembly, inspection, and potential replacement of individual sections. This design combines modern plastic injection-moulding technology with concentrated solar thermal engineering to develop a lightweight, modular, and potentially cost-effective solar cooking solution suitable for household and community-level applications.