Robotics & Automation Components
Precision metal components for robotics, automation equipment, fixtures and production systems, where repeatability, alignment, surface finish and assembly fit matter.
Parts We Commonly Support
These examples help buyers connect industry use cases with Feiyu's machining, stamping, welding, forming, finishing and inspection capabilities.
Precision Brackets
Machined or stamped brackets for sensors, actuators, guide systems and automation modules.
Mounting Plates
CNC machined plates with hole patterns, slots, counterbores and locating features.
Fixture Components
Locating blocks, clamps, supports and custom fixture hardware for production equipment.
Shafts & Spacers
Turned parts, spacers, sleeves and alignment components for moving assemblies.
Housings & Covers
Machined, formed or finished covers for equipment protection and clean assembly.
Small Assemblies
Multi-part hardware sets with machining, finishing, purchased parts and inspection support.
Choose Materials for Function and Exposure
Material and finish selection should match load, corrosion exposure, installation fit, appearance and batch repeatability.
Aluminum
Precision brackets, plates, fixture parts and lightweight automation hardware
Anodizing, hard anodizing, painting or machined finish
Flatness, surface finish and scratch control
Carbon Steel
Fixtures, supports, bases and structural automation parts
Black oxide, plating, painting or powder coating
Strength, flatness and rust prevention
Stainless Steel
Clean equipment parts, covers, guides and corrosion-resistant hardware
Passivation, brushing or polishing
Corrosion resistance and clean edges
Brass
Bushings, inserts, fittings and specialty automation hardware
Polishing, plating or machined finish
Fit, thread quality and surface marks
Built for Repeatable Production
Each industry has different quality risks. Feiyu can align process planning, inspection points and packaging with the part application.
Hole Pattern Repeatability
Automation plates and brackets can be checked for repeat mounting accuracy.
Flatness & Parallelism
Machined faces can be reviewed for flatness, parallelism and assembly alignment.
Surface Finish Control
Visible and sliding areas can be controlled for machining marks and finish consistency.
Tolerance Review
DFM review helps confirm which tolerances are critical and which can be relaxed for cost.
Small Batch Repeatability
Prototype, low-volume and repeat production can follow approved samples.
Assembly Fit Check
Multi-part components can be checked for fit before packaging and shipment.
Processes Used for Robotics & Automation Parts
A single project may combine machining, stamping, cutting, welding, forming, surface treatment, assembly and final inspection.
Complex fixture parts, brackets and multi-face features.
Plates, brackets, housings and precision automation components.
Shafts, spacers, bushings and round automation parts.
Precision surfaces and controlled fit requirements.
Anodizing, plating, black oxide, passivation and marking support.
Dimensional checks, CMM support and inspection reports.
Robotics & Automation FAQ
Quick answers for buyers reviewing drawings, materials, process routes, quality documents and export delivery.
Ask Our Engineering TeamCan you support low-volume automation parts?+
Yes. CNC machining is suitable for prototypes, low-volume and repeat batches of automation equipment components.
Can you hold tight tolerances for fixture parts?+
Critical tolerances can be reviewed from drawings, and suitable machining and inspection methods can be selected.
Can you provide anodized aluminum parts?+
Yes. Aluminum automation components can be machined and anodized according to finish and appearance requirements.
Send Robotics & Automation Drawings for Manufacturing Review
Share drawings, material, finish, quantity, quality requirements and application details. Our team will review the manufacturing route and RFQ details.