At Burriva, our quality is built on a foundation of advanced manufacturing and strict inspection. We operate a comprehensive suite of modern equipment for precision machining and end-to-end quality control. This integrated approach guarantees that every component and every process meets high industry standards, delivering unmatched reliability and consistency to our global clients.

We utilize advanced Slow Wire Electrical Discharge Machining (EDM) technology, capable of performing micron-level cutting of complex shapes on high-hardness conductive materials. This equipment offers exceptional machining accuracy and surface finish, making it an indispensable core equipment for manufacturing high-precision molds and components. It ensures the perfect representation of product contours.

Our Mirror EDM machines can achieve a machined surface comparable to a mirror finish, significantly reducing subsequent polishing processes. This equipment is specifically designed for handling complex cavities, deep grooves, and minute details. It is particularly suited for the manufacturing of precision parts and molds that demand the highest standards of surface finish.

This equipment enables the synchronous high-precision drilling of holes on both sides of a workpiece, effectively eliminating the cumulative errors associated with traditional secondary fixture setups. It is especially applicable for precision parts requiring high coaxiality, guaranteeing extreme accuracy and efficiency in hole machining. It is a key solution for enhancing product assembly precision and reliability.

This 5-axis drilling and tapping center allows for complete multi-face drilling and tapping of complex parts in a single setup, integrating 3-axis linear motion and 2-axis rotational positioning capabilities. The mechanical spindle provides high torque and stability, significantly improving machining efficiency and flexibility while reducing production steps and setup time. It is a highly efficient solution for the production of complex structural components.