GNEE hot-selling products
ASTM B861 Titanium Alloy Seamless Pipe
Ti-6A1-4V Medical Titanium Alloy Rod
GR7 GR9 Precision Titanium Alloy
Experimental Gr2 Gr5 Grade 23 Titanium Foil
In the rapidly evolving landscape of smart consumer electronics, titanium alloy has emerged as a favored material for 3C (Computer, Communication, Consumer Electronics) end-products due to its high strength, corrosion resistance, lightweight nature, and exceptional texture. Leading manufacturers such as Apple, Samsung, Xiaomi, and Huawei have successively launched flagship products incorporating titanium alloy, setting a new trend in the consumer electronics industry. This article delves into the applications and characteristics of three primary processing techniques-CNC machining, 3D printing, and MIM (Metal Injection Molding)-in the manufacturing of 3C titanium alloy structural components.
CNC Machining: The Perfect Blend of Tradition and Precision
CNC (Computer Numerical Control) machining is a widely used metal processing technology that employs computer programs to control machine tools for precise cutting or grinding. In the manufacturing of titanium alloy structural components, CNC machining is highly regarded for its high precision, efficiency, and excellent surface finish. However, the high strength and low thermal conductivity of titanium alloy present challenges such as difficult cutting, low processing efficiency, and severe tool wear. Despite these challenges, continuous advancements in CNC technology and improved yield rates have gradually reduced costs, making CNC machining the mainstream method for manufacturing titanium alloy structural components.
3D Printing: Breakthrough in Customization and Complexity
3D printing technology, also known as additive manufacturing, has opened new possibilities for the production of titanium alloy structural components. By building layers sequentially, 3D printing enables the customized manufacturing of complex structures with nearly 100% material utilization. Compared to traditional casting processes, 3D printing eliminates the need for steps such as extrusion, forging, casting, and secondary processing, significantly shortening production cycles and reducing costs. Particularly in high-end products like foldable smartphones, 3D printing technology has begun to be adopted for titanium alloy components. For instance, the hinge cover in the Honor Magic V2 was manufactured using 3D printing. However, it is important to note that in most cases, 3D printing still requires integration with CNC machining to meet final product precision requirements.
MIM: Exemplary Efficiency and Near-Net-Shape Forming
MIM (Metal Injection Molding) is a highly efficient near-net-shape forming technology. It involves mixing metal powder with a binder uniformly, injection molding the mixture, and then undergoing debinding and sintering processes to obtain the final product. MIM offers advantages such as high material utilization, high forming precision, and high production efficiency, making it particularly suitable for the rapid mass production of complex structures. For example, the titanium frame of the Xiaomi 14 Ultra Special Edition was processed using MIM technology, followed by post-processing CNC machining and surface treatment, resulting in a robust and aesthetically pleasing titanium alloy structural component.
In summary, CNC machining, 3D printing, and MIM each possess unique characteristics in the manufacturing of 3C titanium alloy structural components, providing multiple options for precision manufacturing and lightweight design. However, the current high costs of titanium alloy 3D printing and CNC machining limit their widespread application in the consumer electronics sector. In the future, with continuous technological advancements and further cost reductions, it is reasonable to believe that titanium alloy will penetrate more models and product categories, delivering higher-quality and lighter smart consumer electronics to consumers.
Titanium products provided by GNEE
CNC machined parts
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Machining Equipment |
10 CNC Tapping Center, 260CNC Lathes,200 auto lathe,2 MAZAK five axis CNC, etc. We increase about 10 lathes every month |
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Processing |
Turning, Milling, Drilling, Tapping, Knurling,Wire EDM ,Grinding,Engraving,Knurling,etc. |
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Tolerance |
+/-0.005mm |
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Material Workable |
Copper,Steel, Aluminum, Brass, Stainless Steel, Titanium, Plastics (PEEK,ABS, Teflon,Acrylic , Delrin, PP, PMMA, PC, POM, |
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Surface Treatment |
Nickel Plating, Anodizing, Chorme Plating, Brushing, Polishing, Blacken, Powder coating, Sandblasting, de-buring, |
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Drawing Format |
JPEG, PDF, DWG, DXF, IGS, STEP, CAD |
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MOQ |
No MOQ Required, 1 PC is fine for us. |
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Lead Time |
1-30 days accordingly to your orders. |
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Quality System |
100% inspection before shipment, (CMM, Projector, Gauge and other inspection tools) |
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Size |
Customization |
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Standard |
OEM/ODM |
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FOB Port |
Xiamen,China |
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Pay ment |
50% T/T in advance,50 % before shipment . Accept T/T L/C ,Escrow,paypal,Western Union |
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Packing |
Carton box, wooden case, pallet, etc. |
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Shipping |
By sea,by air,by DHL ,UPS, FedEx, TNT or EMS,ect. |
Titanium tube
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Name |
Titanium Tube & Pipe |
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Material |
Pure Titanium/ Titanium Alloy |
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Standard |
GB/T 3624,GB/T 3625,GB/T 26057
ASTM B337,ASTM B338,ASTM B861,ASTM B862 JIS H 4630 |
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Common Grade |
National standard grades: TA1, TA2, TC4, TA9, TA18, TA10 |
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Length: 50-6000mm or according to customer requirements |
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Outer diameter: 3-300mm or according to customer requirements |
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Wall thickness: 0.2-5.5mm or according to customer requirements |
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Section shape |
Round / Square/Oval/Spiral/Bar |
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Surface |
Bright annealing, Pickling,Polishing |
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Titanium rod
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Material
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Pure titanium and Titanium alloy
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Titanium Grade
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GR1/GR2/GR3/Gr4/GR5/GR7/GR9/GR12/Gr5Eli/Gr23
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Standard
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ASTM B348/ASME SB348, ASTMF67, ASTM F136, ISO-5832-2(3),AMS 4928 etc
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Shape
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Titanium round rod/bar, Titanium square rod/bar,Titanium flat rod/bar
Titanium rectangle rod/bar, Titanium hex rod/bar |
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Diameter
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1-300mm,customizable
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Length
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50mm-6000mm,customizable
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Tolerance
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h6~h13 H10~H13
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Surface
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Bright/Polished/ Machined
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Main Technique
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Hot Forged; Hot Rolled; Cold drawn; Straighten etc
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Heat Treatment
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Usually are Annealled,but Solid Solution & Aging can be also OK
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Material Milling Certificate
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According to. EN 10204.3.1
Including Chemical composition and Mechanical property |
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Application
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Metallurgy, Electronics, Medical, Chemical, Petroleum, Pharmaceutical, aerospace, etc.
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Titanium sheet/plate/strip
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Grade |
GR1,GR2,GR3,GR5,GR6,GR7,GR9,GR11,GR12, etc. |
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Standard |
ASTM B265,ASTM F136,ASTM F67,AMS4928 |
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Size |
0.5-5.0mm x 1000mm x 2000-3500mm (Thickness x Width x Length) |
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Application |
Metallurgy, electronics, machinery, medical treatment, chemical industry, petroleum, medical treatment, aerospace |
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Supply status |
M (Y/ R/ ST) |
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Feature |
High corrosion resistance, low density, good thermal stability |
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Technics |
Hot Forged, Hot Rolled, Cold Rolled, Annealing, Pickling |
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Surface |
Bright, Polished, Pickling, Acid cleaning, Sandblasting |
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Packing |
Export Standard Woodcase |
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Payment terms |
T/T, L/C, D/A, D/P, Escrow, Western Union, PayPal |
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Certificate |
ISO 9001:2008; The third test report; TÜV Rheinland; |
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Delivery time |
7-15days according to the quantity and process of the product |
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Quality and test |
Hardness test, Bending test, Hydrostatic etc. |
Titanium wire
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Wire Shape |
Round Wire |
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Diameter Range(mm) |
0.1-2.5 |
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Standards |
ASTM F2063,GB 24627 |
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Diameter Tolerance |
±0.001mm |
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Surface Finish |
Black Oxidized, Lightly Oxidized, Bright, Ultra Bright, Polished, Clean |
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Delivery Condition |
Straightened superelastic , Cold-worked |
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Supply Form |
Spool wound, Straight |
About Us
GNEE is a trusted exporter of high-purity titanium raw materials. We utilize advanced forging and precision CNC machining to ensure superior product quality. Every shipment is guaranteed through a rigorous pre-shipment inspection process, verifying chemical composition, mechanical properties, and dimensional accuracy to meet global standards.
Email:sale@gneemetal.com
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