The SPL Ultra range from Spaldings represents a significant advancement in agricultural part design and durability. Developed through a meticulous process of field trials and wear pattern analysis, the SPL Ultra components are engineered to outperform other existing parts.

The innovation lies in the strategic use of materials such as tungsten carbide tiles and hard-facing techniques, which are applied based on laser-assessed wear patterns. This results in parts that not only fit perfectly, but also retain their ‘as new’ performance for an extended period. Investing in the SPL Ultra range means investing in parts that are designed to maintain their shape and efficiency, leading to less downtime and a more consistent performance in the field. This translates to a cost-effective solution that enhances the longevity and reliability of equipment.

PERFORMANCE DEVELOPMENT

Finding better solutions involves identifying where you can make a difference. By listening to our customers experiences we are able to identify crucial earth wearing parts which would benefit from enhanced performance.

Through investment in people and technology, our new SPL® Ultra range harnesses the latest engineering technology.

Our approach to enhanced development is founded on detailed analysis of comparative wear patterns in different soil types, comparing OEM parts and other non- genuine wearing parts, leading to design improvements that make a real difference to the life of a part.

MATERIAL SELECTION IS CRITICAL TO PERFORMANCE

Working with our specialist manufacturers we can choose the perfect combination of production technique and material selection. Short production runs are used for field trials to ensure each new part adds real value in terms of enhanced performance in work.

MAINTAINING SHAPE STABILITY FOR IMPROVED EFFICIENCY

SPL® Ultra parts are designed to maintain their original shape so that they work consistently and reliably without compromise, for a long working life.

ENHANCED PERFORMANCE

With SPL® Ultra parts you can take advantage of enhanced performance in the field; meaning cultivation operations can be carried out more cost effectively with the benefit of efficient tillage and reduced downtime.