カスタムオンラインCNC加工サービス
精密金属およびプラスチック部品の即座の見積もりと高速回転生産を取得します。Yicenは、高度な3軸、4軸、5軸CNC機械加工によって高精度の部品を提供し、以下の公差を達成します。 ±0.001インチ（±0.025mm） プロトタイプから量産まで、一貫した再現性のある品質を提供します。
新しいCNC見積もりを始める
ISO 9001:2015｜AS9100D｜ISO13485｜ITAR準拠
第11,086,292号、第11,347,201号、第11,693,388号、第11,698,623号、第12,099,341号、第12,189,361号。その他特許出願中。
CNC Machining Capabilities for Complex Parts
開発された製造能力で、高精度の金属とプラスチックの部品を製造することができ、試作品、金型、完全生産の品質で同じレベルの一貫性を生み出します。多軸フライス加工からスタートしたYicen Precisionは、旋盤加工や治具の開発において、最も複雑な形状でも結果の信頼性を確保しています。
CNCフライス加工は、3軸、4軸、5軸加工機を使用して、金属やプラスチック材料を精密で再現性のある形状に切削するサブトラクティブ加工技術です。複雑な形状、厳しい公差、試作品や生産部品の高い表面仕上げに最適です。
CNC旋盤加工におけるライブツーリングは、滑らかな仕上げと一貫した寸法精度を持つ高品質の円筒部品とねじ部品を提供します。ISO 9001 2015 AS9100D ISO 13485およびITAR準拠の品質基準を満たすシャフト、ブッシングおよび回転要素の信頼性の高い公差制御を保証します。
機械加工、組立、検査工程を改善する精密治具と固定具を設計、製造しています。当社の治具は高精度のCNC加工により製造され、少量生産から大量生産まで、安定性、再現性、耐久性に優れています。
Gallery of CNC machined parts
エキスパート precision cnc machining services, where accuracy meets performance at every stage. From intricate prototypes to production-ready components, our custom cnc machining services deliver high-accuracy parts. Every cut, every contour, crafted with exceptional quality, consistency, and attention to detail.
CNC機械加工部品用材料
| アルミニウム合金 | 説明 | 仕上げオプション | 主な用途 |
| 6061 | 汎用性が高く、構造用途によく使用される。 | Anodizing, Powder Coating. | Construction, Aerospace. |
| 7075 | High strength, ideal for aerospace and military use. | Anodizing, Polishing. | Military, High-Strength Parts. |
| 2024 | Known for high strength and excellent fatigue resistance. | Anodizing, Painting. | Structural Components. |
| 5052 | Good corrosion resistance and excellent formability. | Painting, Polishing. | Marine, Sheet Metal Work. |
| 6063 | Excellent for architectural and decorative extrusion. | Anodizing, Powder Coating | Window Frames, Railings |
| 3003 | Highly workable and resistant to chemical corrosion. | Powder Coating, Polishing | Cooking Utensils, Tanks |
| Cast 356 | Optimized for complex casting with high pressure. | Bead Blasting, Polishing | Engine Blocks, Housings |
| Mic-6 | Precision cast plate with superior flatness. | Deburring, Coating | Machine Tables, Fixtures |
| Brass Type | 説明 | 仕上げオプション | 主な用途 |
| C360 | The most common grade for high-speed machining. | Polishing, Lacquering | Plumbing, Fittings |
| C464 | Known as Naval Brass for seawater resistance. | Bead Blasting, Polishing | Marine Hardware |
| C260 | Highly ductile alloy used for shell casings. | Polishing, Coating | Automotive, Ammunition |
| C353 | Leaded brass ideal for intricate precision parts. | Deburring, Buffing | Watch Parts, Gears |
| C857 | Leaded yellow brass used for decorative casting. | Polishing, Plating | Hardware, Ornaments |
| C485 | Naval brass variant with improved machinability. | Bead Blasting, Coating | Fasteners, Valves |
| C687 | Aluminum-brass alloy for condenser tubing. | Polishing, Sanding | Heat Exchangers |
| C230 | Red brass with high corrosion resistance. | Polishing, Lacquering | Architecture, Pipes |
| Copper Type | 説明 | 仕上げオプション | 主な用途 |
| C101 | Oxygen-free copper for maximum conductivity. | Polishing, Electroplating | Electrical Components. |
| C110 | Standard grade for high-grade electrical wiring. | Bead Blasting, Polishing | Power Connectors |
| C172 | Beryllium copper offering steel-like strength. | Coating, Polishing | Precision Springs. |
| C145 | Tellurium copper optimized for fast machining. | Deburring, Polishing | Welding Tips, Nozzles |
| C510 | Phosphor bronze with high fatigue resistance. | Sanding, Polishing | Bearings, Washers |
| C122 | Phosphorus-deoxidized copper for plumbing. | Polishing, Coating | Refrigerator Tubing |
| C182 | Chromium copper for high-temp conductivity. | Bead Blasting, Coating | Resistance Welding |
| C706 | Copper-nickel alloy resistant to marine growth. | Polishing, Sanding | Subsea Piping |
| Stainless Type | 説明 | 仕上げオプション | 主な用途 |
| 304 | The standard grade for general food and chemical use. | Polishing, Passivation | Food Processing, Sinks |
| 316 | Marine grade with superior chloride resistance. | Electropolishing, Sanding | Medical, Marine Parts |
| 303 | Specifically designed for easy high-volume machining. | Bead Blasting, Polishing | Shafts, Nuts, Bolts |
| 17-4 PH | Hardened grade for high-strength requirements. | Coating, Polishing | Aerospace, Defense |
| 410 | Basic martensitic grade for wear resistance. | Hardening, Polishing | Surgical Tools, Valves |
| 430 | Ferritic grade with good formability and finish. | Buffing, Polishing | Kitchen Appliances |
| 2205 | Duplex steel for high-stress chemical zones. | Passivation, Deburring | Oil & Gas Equipment |
| 440C | High-carbon steel for maximum tool hardness. | 精密研削 | Ball Bearings, Cutlery |
| 合金鋼 | 説明 | 仕上げオプション | 主な用途 |
| 4140 | High-strength chromium-molybdenum steel. | Black Oxide, Hardening | Axles, Shafts, Gears |
| 1018 | Mild low-carbon steel for general fabrication. | Case Hardening, Sanding | Fixtures, Pins, Rods |
| 12L14 | Resulfurized steel for ultra-fast machining speed. | Zinc Plating, Polishing | Automatic Screw Parts |
| 8620 | Nickel-chromium-moly steel for case hardening. | Carburizing, Sanding | Heavy-duty Gears |
| 4340 | High-toughness alloy for critical stress parts. | Heat Treating, Coating | Aircraft Landing Gear |
| 1045 | Medium carbon steel for moderate strength. | Hardening, Polishing | Crankshafts, Bolts |
| 52100 | Chromium steel for high-wear resistance. | Precision Polishing | Bearings, Bushings |
| A36 | Common structural steel for general construction. | Painting, Sanding | Brackets, Plates |
| Titanium Type | 説明 | 仕上げオプション | 主な用途 |
| Grade 5 | The primary alloy for high-stress aerospace. | Polishing, Blasting. | Turbine Blades, Frames. |
| グレード2 | Pure titanium with excellent chemical stability. | Blasting, Passivation | Chemical Processing. |
| Grade 23 | Medical grade with high purity for implants. | Deburring, Polishing | Bone Screws, Medical. |
| 9年生 | Mid-strength alloy for hydraulic systems. | Anodizing, Polishing | Tubing, Golf Clubs |
| グレード1 | Most ductile grade for high formability. | Polishing, Sanding | Plate Heat Exchangers |
| グレード7 | Palladium-enhanced for severe acid resistance. | Deburring, Blasting | Specialty Valves |
| 12年生 | Superior weldability for industrial tanks. | Polishing, Coating | Nuclear Reactors |
| Beta-C | Highly formable alloy for specialized springs. | Anodizing, Buffing | Racing Car Springs |
| プラスチック素材 | Key Description | 仕上げオプション | 主な用途 |
| ABS | Tough, impact-resistant, and easily machined. | Polishing, Painting, Sanding. | Prototypes, Enclosures. |
| Nylon (PA6) | High strength and excellent wear resistance. | As-machined, Sanding. | Gears, Bearings, Bushings. |
| ポリカーボネート（PC） | High impact strength and optical clarity. | Transparent Polishing. | Safety Shields, Lenses. |
| POM（デルリン） | High stiffness and low friction properties. | As-machined, Deburring. | Precision Gears, Fasteners. |
| 覗き見 | High-performance plastic with heat resistance. | Polishing, Bead Blasting. | Aerospace, Medical Implants. |
| PTFE（テフロン） | Exceptional chemical and heat resistance. | As-machined, Sanding. | Gaskets, Chemical Seals. |
| Acrylic (PMMA) | Excellent transparency and weather resistance. | Mirror Polishing. | Display Cases, Signage. |
| PVC | Cost-effective and chemically stable. | Painting, Sanding. | Pipes, Chemical Tanks. |
| 高密度ポリエチレン | High moisture resistance and impact strength. | As-machined, Deburring. | Food Processing, Containers. |
| UHMWPE | Extreme wear resistance and self-lubricating. | As-machined. | Conveyor Guides, Liners. |
| PET | High dimensional stability and strength. | Polishing, Sanding. | Food Packaging, Frames. |
| Ultem (PEI) | High dielectric strength and heat resistance. | Bead Blasting, Sanding. | Electrical Insulators. |
Yicen CNC Machining Tolerances
我々の precision cnc machining services, you get tight tolerances and exceptionally accurate components that meet the most demanding industry requirements. Yicen delivers consistent results across both plastic and metal cnc machining services, ensuring every part matches your specifications with complete reliability.
| パラメータ | 仕様 |
| 一般寸法公差 | ±0.005” (±0.127 mm) for metals and ±0.010” (±0.254 mm) for plastics, following ISO 2768-mK. |
| 厳しい公差 | Precision down to ±0.001” (±0.025 mm) available upon request with detailed 2D drawings. |
| 最小フィーチャーサイズ | Approximately 0.020” (0.50 mm), depending on part geometry, tool diameter, and material. |
| 穴径公差 | ±0.002” (±0.05 mm) typical; tighter tolerances achievable through boring or reaming. |
| Flatness / Parallelism | ≤ 0.002” per 6” (≤ 0.05 mm per 150 mm), depending on material and fixture setup. |
| ネジの公差 | Standard metric and imperial threads per ISO/ASME; custom or fine threads available. |
| 角度公差 | ±0.5° typical for standard machining operations. |
| 表面仕上げ（標準） | Ra 3.2 µm (125 µin) as-machined; improved via polishing, bead blasting, or anodizing. |
Surface Finishing of Precision CNC Machining
Surface finishing is an important part of precision CNC machining. It provides liveliness, resistance to corrosion, wear, and physical look with close dimensional capabilities. The most commonly used surface finishing options in precision components are as discussed below.
The first machining of CNC where the tool imprints can still be seen on the surface. This coating is applied to useful items that need accuracy and appearance is not critical.
Prior to proceeding to additional finishing processes, sharp edges and burrs which arise during machining are eliminated to enhance safety, accuracy and surface quality.
The section is also washed exhaustively to eliminate the oil, coolant, dust, and contaminants. When properly cleaned, adhesion and even finishing result is guaranteed.
The surface is ready as per the needed finish. This can be through light sanding, grinding or pre-treatment so that the results can be uniform.
Blasting, brushing or polishing of the bead is done to enhance the texture, smoothness or physical looks.
In order to increase corrosion resistance, wear resistance, and durability, protective or decorative treatments are used, such as anodizing, powder coating, passivation, or plating.
Manufactured components are checked on roughness on the surface, the thickness of the coating, color uniformity, and precision to check that they are within specification.
On inspection, protective steps may be taken using anti-corrosion oil, protective film, or temporary coating that ensures that the quality of the surface remains good during its storage or transportation.
Size Limits & Machine Constraints
Our machine envelopes support a wide range of part sizes across milling and turning operations. Complex geometries may require engineering review.
| パラメータ | Limit/Specification | 説明 |
| Maximum Length (X) | 1200 mm | Machine bed ki horizontal travel capacity. |
| Maximum Width (Y) | 500 mm | Workpiece ki maximum chaurayi (width). |
| Maximum Height (Z) | 400 mm | Vertical clearance aur tool movement ki limit. |
| Standard Tolerance | ±0.125 mm | Aam taur par di jane wali standard accuracy. |
| Precision Tolerance | ±0.01 mm | Special cases mein achieve ki jane wali high accuracy. |
| Max Workpiece Weight | 200 – 500 kg | Machine table par rakhe jane wale part ka wazan. |
| パラメータ | Limit/Specification | 説明 |
| Maximum Diameter | 300 mm | Lathe machine ke chuck mein fit hone wala max size. |
| Maximum Length | 500 mm | Part ki lambayi jo tailstock tak support ho sake. |
| Minimum Diameter | 1.0 mm | Bariki wale pins ya needles ka minimum size. |
| Bore Diameter | 50 mm | Spindle ke andar se guzarne wali rod ka max diameter. |
| Rotational Speed | 3000 – 5000 RPM | Material ke hisaab se spinning ki raftar. |
| 表面粗さ | Ra 0.8 – 3.2 μm | Turning se milne wali smoothness ka level. |
| 特徴 | Minimum Limit | Why it Matters? |
| 壁厚 | 0.5 mm (Metal) | Isse patli wall machining ke waqt bend ho sakti hai. |
| Hole Diameter | 1.0 mm | Chhote drills tootne ka khatra zayada hota hai. |
| Internal Radius | 1.0 mm – 2.0 mm | Tool hamesha round hota hai, sharp corners nahi bana sakta. |
| Engraving Depth | 0.2 mm | Text ya logo ki minimum gehraayi jo nazar aaye. |
| Thread Depth | 3x Diameter | Bohat gehre threads mein tool phans kar toot sakta hai. |
| Slot Width | 1.5 mm | Cutting tool ki minimum chaurayi jo slot kaat sake. |
| Constraint | スタンダード | 説明 |
| Material Hardness | Up to 45-50 HRC | Zayada sakht material ke liye special tools chahiye. |
| Edge Treatment | Deburred / Broken | Tez kinaro (sharp edges) ko khatam karna. |
| Tap Size | M2 to M24 | Standard holes jin mein screw fit ho sakein. |
| 表面仕上げ | Ra 1.6 (Standard) | Standard finish jo bina extra cost ke milti hai. |
| Angle Tolerance | ±0.5° | Machined angles mein hone wali allowable deviation. |
| Setup Changes | 1 – 3 | Part ko kitni baar paltana padega (cost affects). |
CNC Machining Design Guidelines
By considering machining limitations during the design of your components, you enhance accuracy, minimize cost, and lead time is also enhanced. These rules assist in obtaining the best manufacturability and structural and functional integrity.
| 特徴 | Main Points |
| Internal Hads | • Avoid sharp internal corners; tools create natural radii • Recommended internal radius: < Ø5-8 mm diameter • Deep pockets: Tool length should exceed diameter for stability |
| Threads & Tapped Holes | • For threads Ø5-15 mm and > Ø15 mm: Depth < Ø8 mm • Custom and fine-pitch threads available upon request • Turned parts: Laser marking recommended for identification |
| 最小肉厚 | • Metals: ≥ 0.8–1.0 mm • Plastics: ≥ 1.2–1.5 mm • Goal: Reduce warping, deflection, and machining waste |
| Hole Size & Depth | • Minimum hole diameter: Ø1.0 mm • Min depth: Ø2.0 mm (depends on tool availability) • Recommended depth: ≥ tool diameter to stabilize chip evacuation |
| アンダーカット | • Supported: Square, flat faces, dovetails, and custom profiles • Specialized tools may increase machining time or cost |
| Heat & Burnishing | • CNC Milling: Minimum Ø5 mm with Ø4 mm depth • Turned parts: Fine finishing laser engraving is preferred |
| Around Over-Constraint | • Avoid parts requiring excessive secondary operations • Avoid unsupported sharp corners and complex shapes |
| Design Objectives | • Enhance accuracy and minimize production costs • Improve lead time and functional integrity • Obtain best manufacturability and structural quality |
Quality Assurance & Inspection
Each CNC machined unit in Yicen Precision undergoes a verified inspection procedure complying with ISO 9001:2015, AS9100D and ISO 13485 standards.
Our metrology staff takes every part with prototype through to full production assurance to the defined GD&T and surface finish standards; traceable and acceptable.
寸法精度
CMM, digital micrometers, and optical measurement system are used to check all the critical features with precision at the micron level.
GD&T & Tolerance Verification
Components pass ISO 2768-mK and ASME Y14.5 standards, providing batches with accurate form, position and profile.
Surface & Finish Testing
Surface roughness (Ra 3.2-0.8 mm) and coating thickness are checked to ensure the performance and the appearance.
Traceability & Reporting
Every order consists of material certificates (MTRs), FAI reports, and CMM data sheets to ensure full transparency of the processes.
Applications of CNC Machining
小ロットのカスタムパーツを製作する場合でも、大量生産のために規模を拡大する場合でも、Yicenの機械加工サービスは必要な柔軟性を提供します。CNC machining involves the manufacture of high precision, functional parts in a wide variety of industries. The most prevalent types of applications customers search and anticipate are given below.
Housings &
Enclosures
Electronics, robotics, sensor, industrial assemblies, and other electronics enclosures that demand strict dimensional control.
Mounting Components
Rigid brackets, supports, linkages and mounting frames applied in automotive, aerospace, and automation systems.
Shafts and Rotational Parts
Rigid brackets, supports, linkages and mounting frames applied in automotive, aerospace, and automation systems.
Thermal Components
Aluminum or copper heat management parts in fine geometries of fin and optimized surface areas.
Gears and Motion Mechanisms
Elements of the drive that have a high degree of alignment and smoothness of operation and engagement.
Mechanical Parts Prototypes.
Engineering validation and testing Prototypes that replicate the performance of production level.
Tooling Components
Locator blocks, base plates, inserts, soft jaws and production tooling used in machining and assembling environment.
Aerospace and Medical Components.
Components must contain rigid GD&T, material traceability, and high reliability performance.
合理化された注文プロセス
デザインのアップロード
当社の安全なオンラインプラットフォームからCADファイルを簡単にアップロードして、作業を開始できます。
要件をカスタマイズする
お客様のプロジェクトのニーズに合わせて、材料、仕上げ、公差、ご希望のリードタイムをお選びください。
お見積もり
お客様のデザインと選択された仕様に基づき、リアルタイムでお見積もりをお出しします。
生産と配送
お客様の部品は、信頼できるパートナーによって製造され、品質検査が行われた後、納期通りにお客様のお手元に届けられます。
なぜYicen PrecisionをCNC加工に選ぶのか？
Yicenは、精巧な設備、エンジニアリングスキル、および承認された品質管理に裏打ちされた高品質かつ高精度の機械加工を提供します。すべての部品は精密に製造され、一貫したリードタイムと信頼性の高い世界的な供給を行っています。
比類なき精度
0.001インチ（+-0.025 mm）以内の多軸加工と、金属とプラスチックの両方で一貫したGD&Tコンプライアンス。
DFAM Support ( by engineering)
お客様のCADはシニアエンジニアによって評価され、形状は最適化され、より高性能で安価な材料やツールパスが提案されます。
Quick TT and Mass Production
高い生産能力を持つマシニングセンタは、迅速な試作、少量生産、あらゆる規模の生産を遅滞なく行うことができる。
80+認証素材
アルミニウム、スチール、ステンレス、真鍮、銅、チタン、エンジニアリングプラスチック、高温ポリマー、需要調達。
適格な品質保証。
CMM inspection, ISO compatible workflows, dimensional reports and aerospace, medical and industrial traceability
一貫したカスタマーサービス
プロジェクトにおける透明性、ファイル管理における安全性、あらゆるレベルでのエンジニアリング・サポートによる中断のないグローバルな出荷。
易泉機械加工ソリューション
CNCラピッドプロトタイプ加工は、外観と機能性の両方において、最終製品に酷似したエンジニアリングまたは生産プロトタイプを作成するのに最適です。Yicenでは、即座の見積もりと迅速な配達を提供し、お客様のニーズに合った正確で高品質のCNC機械加工プロトタイプを提供します。
- リードタイム：1-5営業日
- 能力：1～100個
- 20%割引
少量生産のCNCマシニングは、多くの場合、新しい生産と新興の生産のためのプロトタイピングと大量生産の間のブリッジとして機能します。Yicenを使用することで、このプロセスがより簡単に、より効率的に、そしてコスト効率よくなり、高品質な基準を維持しながら迅速に生産を拡大することができます。
- リードタイム：5-15営業日
- 能力：101～10,000個
- 厳しい仕様を満たす
CNC生産加工は、1000個以上の部品を効率的に生産するための最適なソリューションです。多様な素材と自動化・多軸化機能を活用し、厳しい公差、優れた寸法精度、高い信頼性、迅速な納期で大量生産を実現します。
- リードタイム：2～4週間
- 能力10,001個以上
- 一貫した品質
よくある質問
CNC Machining FAQs
How can I get a quote or start a project?
Simply upload your CAD files along with material, quantity, and finish details through our contact form. Our engineering team will review your design and send a detailed quotation – typically within 12 hours. You can also request a DFM consultation before production begins.
What industries typically use your CNC machining services?
We serve a wide range of industries including aerospace, automotive, robotics, medical devices, industrial machinery, consumer electronics, and automation systems. Each industry benefits from our experience in meeting specific tolerance, surface finish, and documentation requirements.
How is my data and design information kept secure?
All design files are handled under strict confidentiality. Secure file-transfer protocols and internal access control prevent unauthorized use or sharing. For sensitive projects, NDAs and ITAR compliance are available upon request.
Do you offer post-machining services like assembly or finishing?
Yes. Along with machining, we provide secondary operations such as part marking, thread inserts, deburring, light assembly, and surface finishing. This enables a complete end-to-end manufacturing solution under one roof, minimizing logistics and handling time.
What CNC machining processes do you offer?
We offer complete CNC machining solutions including 3-axis, 4-axis, and 5-axis milling, CNC turning with live tooling, and EDM / wire cutting for complex profiles. This allows us to produce high-accuracy components across metals and plastics, from simple blocks to multi-surface geometries with tight tolerances.
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