This study focuses on the design, fabrication, and testing of a machine that can simultaneously split and grade garlic bulbs. The equipment aims to reduce manual labor, improve processing efficiency, and enhance grading accuracy for commercial use.

This study focuses on the design, fabrication, and testing of a machine that can simultaneously split and grade garlic bulbs. The equipment aims to reduce manual labor, improve processing efficiency, and enhance grading accuracy for commercial use.

This research highlights the design and development of a precision PAK seeder aimed at addressing crop residue challenges while enabling efficient, mechanized wheat sowing.

This study evaluates the field performance of a tractor-mounted garlic planter designed for efficient and uniform clove placement. The results demonstrate improved planting speed, consistency, and labor savings compared to manual methods.

The study evaluates their efficiency in water vapor adsorption, aiming to develop energy-efficient air-conditioning systems for sustainable agriculture.

This study analyzes the adsorption characteristics of various adsorbent-refrigerant combinations to optimize cooling performance.

This study evaluates the efficiency and adaptability of a tractor-mounted garlic planter across multiple garlic varieties. Key performance indicators include planting accuracy, depth consistency, and operational efficiency under varying field conditions.

This work focuses on enhancing the operational safety of fodder choppers by integrating protective features. The modifications aim to minimize accident risks, improve user confidence.

This study focuses on the design and development of a Carrot Harvester Cum Trimmer, integrating harvesting and trimming functions. The economic evaluation demonstrates its potential to improve harvesting efficiency in large-scale carrot farming.

This research investigates the performance of a desiccant dehumidification cooling system tailored to the hot and humid climate of Multan.

The research analyzes the effectiveness and efficiency of these systems under varying climatic conditions to optimize agricultural productivity.

This work focuses on enhancing the operational safety of fodder choppers by integrating protective features. The modifications aim to minimize accident risks, improve user confidence.

This study focuses on the design and performance testing of a two-row walk-behind multi-seed planter for maize. The research evaluates planting efficiency, seed placement accuracy, and overall field performance.

This research focuses on the design and performance evaluation of a two-row walk-behind multi-crop planter aimed at achieving precise seed placement. The study evaluates its efficiency in planting various crops.

This study focuses on optimizing the forward speed and moisture content of maize for efficient mechanical harvesting in Pakistan. The research aims to enhance harvesting performance, minimize crop loss.

This study assesses the efficiency and performance of a mechanical vegetable seeder cum bed shaper specifically designed for okra farming. The evaluation focuses on planting accuracy, bed shaping quality.

This study focuses on the design and performance testing of a two-row walk-behind multi-seed planter for maize. The research evaluates planting efficiency, seed placement accuracy, and overall field performance.

This study focuses on the design and testing of a mobile sprinkler rain gun specifically developed for efficient irrigation in arid zones. The system aims to optimize water usage and improve crop yield.

This research focuses on the design and performance evaluation of a solar-assisted milk pasteurizer utilizing a vacuum tube collector. The study aims to improve energy efficiency, reduce operational costs.