At MetaSource, we simplify raw material sourcing for manufacturers, engineers, and procurement teams. From metals and plastics to composites and specialty alloys — we’ve got you covered with reliable, fast, and certified material supply from the best vendors across the world.
At Metasource, we're experts in CNC machining production and prototyping, ready to meet your specific needs. Whether you're after precision for smaller quantities or large-scale production, our services are tailored just for you.
0.5 TO 500MM THK 50MMX1250 WIDTH 50X6000MM LONG
.1 TO 3MM THK 500X1250MM WIDTH 500X2500MM LONG
10MM TO 200 THK 10X200MM WIDTH 100X5000MM LONG
DIA 5MM TO 500MM 50MM TO 5000MM LONG
A/F 5.5MM TO A/F 55 1000MM TO 5000MM
1/2"NB TO 120"NB
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We are MetaSource Delivering smart, scalable manufacturing of communication components and reliable raw material supply for diverse metal industries — all powered by the latest technology and lean, efficient processes.
Order now for CNC machined parts arriving in as little as 5 days!
Achieve precision with our standard CNC tolerance of +/- 0.127mm, configurable for machining down to +/- 0.005mm.
Geomiq's top-notch supply chain ensures competitive prices, whether you need a one-off CNC machining prototype or 10,000 units.
Elevate your CNC Machined parts with high-quality finishing processes, including anodising, polishing, plating, powder coating, and more.
Choose from over 100 plastic and metal CNC machining materials, carefully selected for each part. Contact us if the material you need is not listed.
Rely on our world-class supply chain to meet diverse CNC machining requirements.
We are MetaSource Delivering smart, scalable manufacturing of communication components and reliable raw material supply for diverse metal industries — all powered by the latest technology and lean, efficient processes.
The first step is to simply fill in your information and upload your CAD file.
This helps us to create a 3D model of your desired part or prototype.
Within 12 hours, we will provide you with a quote and DFM feedback.
This ensures that your project is feasible and provides you with an accurate cost estimate.
Once you have approved the quote and design, we will start production on your CNC prototype or CNC machined parts products.
CNC machined parts or products will be produced within a few days. We ship to you by international express. Please feel free to give us feedback to ensure that they meet your expectations.
Materials | Surface finish |
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Plastics: POM C/POM H, PA6 & PA66 Glased Filled 30%, PET, PTTF, PEEK, PTFE, PP, PE, ABS, Derline, UHMW. | As Mechined |
Carborn Steel : 2062/ASTM A36, SAE 1018, 15C8, MS, ASTA 516 | Chemical conversion |
Alloy & Carbon Steel AMS : 6370, ASTM A 519, AMS-S-6758, ASTM A331, AISI 4140 MS 2301, AMS-S-5626,AISI 4340 ASTM A322, ASTM A331, 9CR-L80 /13CR-L80, 4140, 8630MOD/ EN8/ EN9/EN12/ EN24, EN 31, EN 47, EN 353, SAE 1018, SAE 52100, 15C8 , IS 2062,ASTM A 387,IS 2002, 440C,SAE 8620, EN353, Alloy 20, A105, A350, S235Jr, C45, 410, 420, 430 ,SAE1020, 1045, S275 JR, 34CrNiMo6 ,410,416 | Colour Anodizing:: Yellow Anodizing Services Hard Black Anodizing Service Aluminum Hard Black Anodizing Services |
Allumnium Alloys : 2014, 2024 5052, 5086 - H111,5083, 5082, 6061 - T6511, 6063 - T6, 6063 - T52, 6082, 7075 - T6, 7075 - T651, 7075 - T6511, 7050. | Cadmium Plating Nickel plating Sulphamate Nickel Plating Zinc Plating Zinc Nickel Plating |
Stainless Steel ASTM : A-312/TP 240 Gr., 201, 202, 301, 302, 304, 304L, 308, 309S, 309, 310, 310S, 316, 316L, 316Ti, 317, 317L, 321, 347, 904, 904L,SMO 254, SMO 654, 409,410,420 , A286, Nitonic 60/50 ,Nimonic 90A/ 80A, 430, | Chemical conversion coating |
Copper Berrilium Copper: C17200, AS TM B194, OFHC,OFE, Cu 101, Cu 102, Cadmium Copper, C162, C165 , C172, C120, | Heat treatment using inert atmosphere |
Phosphurus Bronz Brass & Phosuphrus Bronze & Bronze : C46400, C36000 FREE CUTTING BRASS, C51000 PHOSPHOR BRONZE, C52100, C54400, C63000 ALUMINUM NICKEL BRONZE ASTM B 150, C63200 | NABL testing |
Tool Steel : (a) Molybdenum High Speed Steels : M 1, M 2, M 3, M 4, M 7, M 10, M30, M 33, M 34, M36, M 41, M 42, M 43, M 44, 46, M47, M48, M62. M 50 & M 52. (d) Chromium Hot Work Steels: H 10, H 11, H 12, H 13, H 14, & H 19. (e) Tungsten Hot Work Steels: 21, H 22, H 23, H 24, H 25, and H 26. (f) Molybdenum Hot Work Steels: H 42. (g) Air-Hardening Medium-Alloy Cold Work Steels: A2, A3, A4, A6, A7, A8, A9, A10. (h) High Carbon High chromium Cold Work Steels: D2, D3, D4, D5 & D7. (i) Oil Hardening Cold Work Steels: O-1, O-2, O-6, & O-7. (j) Shock Resisting Steels: S 1, S 2, S 5, S 6, & S 7. (k) Low-Alloy Special Purpose Tool Steels: P 2, P 3, P 4, P 5, P 6, P 20 & P 21. |
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Titanium: Ti Gr 2,Gr4 & Gr 5 , AMS 4965, AMS 4119 | coating Shot peening |
Nickel & Inconel Alloys: ASTM B 160 / ASME SB 160 ,NI 200,Ni 600,Ni 601, Ni 201, In 718, In 625, AMS 5666, AMS5662 , Inconel 800, In 825 , In 925 Monel Alloys Monel 400, | Electropolishing |
MonelK500, ASTM SB 127 | Pwder Quating |
Hastloys Alloys & INVAR: C276/UNS 10276, B2 , G30, C22, INVAR 36 | Black oxide |
Saw Cutting
Cut to size,Cut to length profile cutting
Inventory Management
Precision Shearing
Next Day shipping
Rough Machining
Heat Treatment/Annealing
Forgings for specific requirements
Logistics
Importing & Exporting
CNC (Computer Numerical Control) machining encompasses a variety of techniques used to manufacture parts with high precision and consistency. Common techniques include CNC milling, where rotary cutters remove material from a workpiece, and CNC turning, where the workpiece is rotated while a cutting tool shapes it. Other methods like CNC drilling, grinding, and EDM (Electrical Discharge Machining) further expand the capabilities of CNC systems, allowing manufacturers to create intricate geometries, threads, holes, and fine surface finishes. These techniques are highly programmable, making it easy to replicate complex designs accurately across multiple units.
Each CNC machining technique is suited to different applications, depending on the material type, part geometry, and performance requirements. For example, CNC turning is ideal for producing cylindrical components, while milling excels at creating detailed, multi-axis contours. With advancements in technology, multi-axis CNC machines and hybrid systems now offer even greater flexibility and efficiency. Together, these techniques form the backbone of modern manufacturing, enabling the production of components for industries such as aerospace, automotive, electronics, and medical equipment with unmatched precision and repeatability.