Robotics CNC Machining Solutions

A DAXIN CNC case study on robotics aluminum housing CNC machining, covering circular cavities, flange holes, concentricity, deburring, surface protection, and batch consistency.

A practical DAXIN guide on how CNC machining supports conveyor systems with shafts, bearing seats, mounting plates, brackets, and transmission parts.

A customer-witnessed quality review for a high-end automotive wheel component project, covering CMM inspection, coating thickness measurement, material analysis, and 480-hour salt spray testing.

This is a custom-machined metal frame, manufactured through multi-axis CNC machining combined with meticulous deburring and precise positional control; it is suitable for use as a module support frame, an internal mounting skeleton, or a cantilevered structural mounting component.

This is a custom aluminum alloy structural bracket, manufactured via CNC milling and featuring controlled deburring and a consistent surface finish, suitable for use as a module support frame, adjustable mounting base, or structural connector.

This is a custom-machined circular flange base, manufactured through a combination of turning and milling processes, and featuring meticulous deburring and consistent thread quality; it is suitable for use as a rotary interface, connecting flange, mounting hub, or precision assembly component.

This is a custom CNC-machined aluminum alloy base, manufactured through a multi-stage CNC milling process combined with controlled deburring and precise feature management; it is suitable for use as a module base, lower housing, or cavity-style mounting platform.

This is a precision-customized annular flange, manufactured through a combined turning and milling process, and featuring precise hole positioning control and meticulous post-processing. It is ideally suited for use as a mounting flange, interface ring, end cap base, or critical structural support component within an assembly.

This is a custom aluminum alloy dual-port connector designed for fluid control, automotive, and industrial applications, featuring precise port alignment, reliable sealing performance, and a stable mounting structure. Manufactured using combined turning and milling processes—integrated with controlled deburring and internal cleaning—it is ideally suited for dual-channel interface modules, fluid transition bases, and compact sealing assemblies.

This is a slotted clamping component designed for medical equipment, featuring reliable locking, stable positioning, and a precision turn-mill structure. Manufactured through CNC turning, milling, slotting, and controlled post-processing, it is suitable for clamping, positioning, and connecting shafts, rods, tubes, and other cylindrical mating components.

This is a precision aluminum alloy housing designed for applications involving engines, fluid control, and high-performance equipment, featuring integrated cavities, precise interface positioning, and reliable sealing surfaces. Manufactured through multi-stage CNC machining—combined with controlled deburring and internal cleaning processes—it is ideally suited for use as manifold bodies, valve housings, and custom fluid distribution structures.

This is a complex turn-milled component designed for applications in the medical, automation, and precision equipment sectors. It features precise alignment, stable assembly characteristics, and an intricate combined turning-milling structure. Manufactured through CNC turning, multi-axis milling, and controlled post-processing, it is ideally suited for use in high-end assemblies involving support, positioning, guidance, and motion-related mechanisms.