We are the leading manufacturer and suppliers of combine harvester parts like rasp bars, mower double fingers, grain lifters, wooden coupling, blades, cutter bars etc. We have vast range for these agricultural implements and spare parts for combine harvester. Recently, we established a new in house facility for forged guards (fingers). We have world class CNC machines for manufacturing these double fingers. We use CK-45 material from high quality billet for manufacturing. But it can be vary according to customer requirement. We are producing very good quality. We use carbide tools for machining so that first and the last piece remain in the same dimensions. Our fingers are supply to Germany, Italy, Poland, France etc. We never have complaints from our customers. Hope you will also try our product and will establish a good business relationship.
Windsor Bridges gap between cost effective small scale sector and highly technical but equally expensive organized sector. Quality and customer focus is of utmost importance, Satisfaction through excellence in:We continue to meet the stringent requirements of global standards by a team of qualified engineers and professionals.
Our products are geared for life, through a process that is alive and constantly evolving techniques, undergo continuous improvement. A method where competitiveness and innovation go hand in hand. Our efforts to bring world class quality practices with zero defect mental committed to quality and customer Satisfaction and to become world class organization as we move forward.
Windsor is the leading exporter of Rasp Bar and Blades having agricultural application. We have vast sale network all over the world to better serve the global market. We are a leading manufacturer & supplier of modern Agricultural Tools Blade & Rasp Bar for harvesting activities.We are committed to offer to our customers the most cost effective range of Combine Harvester Equipment. Our products are developed after careful study of agricultural conditions and farmers requirements for optimum applicability.




