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| Brand Name: | VIGOROUS |
| Moq: | 1 Piece |
| Price: | Negotiable |
| Payment Terms: | T/T,L/C |
| Supply Ability: | 500–2000 pcs/month |
| Item | Specification |
|---|---|
| Primary Base Material | 7075‑T6 Aluminum Alloy (Default); Optional: 6061‑T6 Aluminum, 5083‑H112 Aluminum, 316L Stainless Steel, Titanium Grade 5, Brass C36000, POM‑Delrin, PE‑EK Engineering Plastic |
| Overall Envelope Dimension | 195 mm * 138 mm * 86 mm |
| Key Part Features | Hollow milled lightweight framework, ultra‑thin curved wall profiles, multi‑position precision flange mounting bosses, deep pocket cavities, internal counter‑bore holes, threaded inserts, multi‑angle free‑form machined surfaces |
| Dimensional Tolerance | ±0.018 ~ ±0.035 mm |
| Core Manufacturing Process | 5‑axis & 4‑axis CNC high‑speed milling, precision boring, thread tapping, contour finishing, high‑efficiency stock removal, custom rigid fixture clamping, manual & centrifugal media deburring |
| Surface Finish Options | Raw machined metallic finish; Optional: bead blasting, passivation, clear / colored anodizing, hard‑coat anodizing, chemical film conversion coating |
| Customization Method | Custom production based on customer‑supplied STEP / IGES CAD 3D files or physical sample parts |
| Typical Wall Thickness Range | 0.8 mm‑3.5 mm, tightly controlled wall‑thickness uniformity |
| Application Scenarios | Robotic joint assemblies, automated equipment mounting brackets, UAV aerospace structural frames, high‑performance mechanical transmission modules, medical automation equipment |
| Anti‑deformation Processing | Custom rigid fixture solution + optimized high‑speed milling tool‑path to suppress thin‑wall vibration & minimize thin‑wall deflection |
These sophisticated lightweight structural components are manufactured via high‑precision 4‑axis and 5‑axis CNC milling. We adopt hollow stock‑removal lightweight geometries, multi‑location flange mounting bosses, deep pocket cavities and multi‑angle free‑form surfaces. Custom‑built rigid fixture solutions are deployed during machining to suppress thin‑wall section vibration. Optimized tool‑path programming delivers consistent wall‑thickness distribution and minimizes thin‑wall deflection. High‑efficiency material removal realizes structural weight reduction without sacrificing mechanical stiffness and structural stability.
Machining Features: Hollow‑cut lightweight profiles, multi‑step recess pocket geometry, ultra‑thin curved wall surfaces, high‑precision concentric bore seats, distributed flange mounting holes. Custom rigid fixture setup is mandatory to eliminate vibration during high‑speed multi‑axis milling. Strict wall‑thickness tolerance control is enforced for all hollow machined cross‑sections.
Component Advantages: Outstanding strength‑to‑weight ratio, optimized overall mass, high positional accuracy for flange mounting holes, stable mechanical rigidity, compact integrated geometric construction. Widely deployed for robotic devices, new‑energy automation systems, UAV aerospace assemblies and high‑performance mechanical transmission modules.
Besides custom 5‑axis milled aluminum structural brackets, we deliver diversified metal & engineering‑plastic CNC machining services. We manufacture custom lightweight linkage components, hollow structural frames and complex free‑form curved mechanical parts. Available material portfolio covers aluminum series, stainless steel, titanium alloy, brass and engineering plastics. Whether you require robot joint brackets, automation equipment mounting bases, UAV lightweight structural parts or special curved mechanical components, we strictly produce according to your CAD drawings or physical samples.
Q1: Can you manufacture these custom aluminum structural parts from my CAD drawings? A1: Yes, we provide full‑scope custom manufacturing service. Please send your CAD files for DFM technical evaluation and formal quotation.
Q2: What alternative material options besides 7075‑T6 aluminum? A2: We support 6061‑T6 / 5083‑H112 aluminum alloy, 304/316L stainless steel, Grade5 titanium alloy, brass, Delrin POM and other industrial engineering materials for complex structural component customization.
Q3: How do you avoid thin‑wall part deformation during multi‑axis CNC milling? A3: We apply custom rigid fixture solutions paired with optimized high‑speed milling parameters to reduce machining vibration and thin‑wall deflection. Full‑dimension inspection will be performed post‑machining.
Q4: What is tolerance level for mounting holes & inner bore holes? A4: Standard tolerance reaches ±0.035 mm; high‑precision multi‑axis milling can achieve ±0.018 mm accuracy for critical bore diameter and hole‑position features.
Q5: What is order quantity requirement for custom CNC milled structural parts? A5: Low‑volume prototype orders are supported. MOQ depends on part complexity. Contact us for detailed pricing.
