Precision Titanium Alloy Parts for Auto Machinery Applications

Product Description

PRODUCT PARAMETERS.

Custom CNC machining is a precision subtractive manufacturing process. Computer-controlledtools (mils, lathes, routers) selectively remove material from solid blocks (metal, plastic, orcomposite) to produce highly accurate,complex parts meeting exact specifications

Product name	CNC machining services
Surface treatment	Anodizing, bead blasting, black oxide, polishing, powder coating,painting, brushing, electroplating, passivation, or customer'srequirements.
Material capacities	Metal: aluminum alloy, stainless steel, brass, copper, tool steel,carbon steel, iron. Plastic:ABS, POM, PC(Poly Carbonate), PC+GF, PA(nylon),PA+GF,PMMA(acrylic), PEEK, PEl, etc.
CNC processing scope	CNC 3-axis, 4-axis machining, CNC milling, CNc turning, CNClathe, high precision 5-Axis turning-milling combined machining
Tolerance	±0.002~±0.005mm
Surface roughness	Min Ra 0.02~3.2

HOT SALES.

OUR STRENGTH & QUALIFICATIONS.

MATERIAL SELECTION.

In CNC precision machining, material selection directly shapes a component's stability, performance, and cost-efficiency. With over a decade of expertise, we excel at matching optimal materials to client needs, delivering reliable results through rigorous quality control.
Our premium portfolio, sourced from certified suppliers, caters to aerospace, automotive, medical, and electronics sectors. Key metals include 6061/7075 aluminum (lightweight/strong), 304/316L stainless steel (corrosion-resistant/biocompatible), Grade 5 titanium, and conductive copper.
We also offer engineering plastics (PEEK for high temps, Delrin for low friction, cost-effective ABS) and exotic alloys like Inconel for specialized demands.
Quality control is non-negotiable: every batch undergoes spectral analysis, hardness testing, and dimensional checks, with traceable MTRs/CoCs meeting ASTM, FDA, and AS9100 standards.
Our engineers provide tailored advice—recommending 316L for medical parts (FDA compliance) and 7075 aluminum for EV components (40% weight reduction). We balance performance, machinability, and budget.
From standard aluminum parts to exotic alloy components, our comprehensive materials, strict QC, and expert guidance make us a trusted partner—delivering professionalism clients rely on.

SURFACE TREATMENT & PRODUCTION PROCESS.

PACKAGING&SHIPPING.

Our product packaging is crafted with meticulous care, prioritizing protection, functionality, and environmental responsibility. For durability, we select high-strength materials: most products use robust cardboard boxes that resist impacts and pressure during transit and storage. Inside, tailored cushioning—such as foam, bubble wrap, or air cushions—prevents product shifting and shields against shocks or vibrations. For fragile items, we adopt specialized solutions like wooden crates or reinforced boxes, designed to meet unique product requirements and ensure maximum safety. Beyond protection, our packaging balances aesthetics and informativeness: clear labels detail product names, specifications, and quantities for easy identification and handling. Critically, we uphold strong eco-conscious values: we use recyclable materials wherever possible and minimize waste, aligning with global demands for sustainable packaging while reducing environmental impact. For exported products, we offer diverse, carefully chosen transportation methods to guarantee efficient, reliable delivery—ensuring products reach clients intact and on schedule. In essence, our packaging integrates durability, functionality, and eco-friendliness, safeguarding product integrity while leaving a positive impression, and our export transportation ensures seamless, trustworthy delivery worldwide.

COMPANY PROFILE.

Gelanten is a leading provider of precision component machining and tailored technical solutions ,dedicated to delivering excellent and customized solutions across industries worldwide, including: Defense, Automotive, Medical Devices, Industrial Machinery, Robotics,Consumer Electronics,etc...
We are your engineering and manufacturing partner with integrated capabilities across CNC Machining, Stamping, Powder Metallurgy, and more. Our expertise ensures precision, quality, and cost-effective solutions from concept to volume production.
Services: OEM & ODM Solutions
Quality: Full inspection with CMM and optical equipment to ensure 100% compliance

CUSTOMER FEEDBACK.

Trusted by global clients in aerospace, automotive, medical, and electronics industries, our CNC precision components earn consistent 5-star praise for tight tolerances (±0.001mm-±0.005mm), high-quality materials (aluminum, stainless steel, titanium, PEEK), and reliable custom machining solutions—from low-cost prototyping to high-volume production, paired with on-time international shipping, RoHS/REACH compliance, and strict quality control.

TOP 10 FAQs FOR CNC PRECISION MACHINED COMPONENTS.

1. What core info is reguired for customization?
Provide 3D models (STP/lGS), 2D CAD drawings, material specs, tolerance demands (ls0 2768), and DFMrequirements.

2. What's the typical precision range?
Standard: +0.01mm; High-precision: +0.005mm via five-axis machining; Ultra-precision: +0.001mm with nanomachining.

3. How to resolve machining overcut?
Optimize tool radius compensation,and adjust Sf speed with uniform allowance distribution.

4. Which materials are commonly processed?
6061/7075 aluminum alloy, 316L/17-4PH stainless steel, titanium alloy, and CFRP (carbon fiber reinforced composites).

5.What's the lead time for mass production?
10-30 days: Standard parts (10-15 days); complex five-axis machining (20-30 days) with digital twin simulation.

6. How to improve surface finish?
Adopt high-speed cutting (HSC), use PVD-coated tools, and optimize coolant supply to avoid built-up edges

7. What causes dimensional instability?
Material internal stress or thermal deformation; solved by pre-annealing and fixture-fixed cooling.

8.What's the common payment structure?
30-40% down payment for raw materials, balance paid before delivery; flexible terms for long-term cooperation.

9. How to prevent tool wear?
Select carbide tools for hard materials, apply high-pressure internal cooling, and monitor via vibration detection systems.

10.Can post-processing enhance performance?
Yes: Heat treatment (quenching-tempering), anodizing, and laser surface remelting (LSR) for wear resistance.

11. How does smart manufacturing help?
Al-driven process optimization and MES data integration cut defect rates by 30% and boost efficiency.

12.What causes machining vibration?

Insufficient workpiece rigidity or resonance; resolved by shock-absorbing toolholders and optimized spindlespeed.

13. Who is responsible for maintenance?
Manufacturer provides 1-year free warranty for non-human damage; post-warranty offers precisioncalibration service.

14. How to ensure lP security?

Sign confidentiality agreements, mark unique part identifiers, and restrict unauthorized design reuse

15.What tolerance standards apply?
Adopt lS0 2768 for general parts; ASME Y14.5 for automotive/aviation high-precision components.

 
 Last Updated:   Mar 3, 2026