中国河南省常歌市大州鎮. +8615333853330 sales@casting-china.org

サービス

» CNCフライス加工サービス

CNCフライス加工サービス

CNC milling is one of the most popular types of CNC machining processes.In a CNC milling machine, rotating cutting tools move relative to the workpiece to remove material. The cutting tool ( the milling tool) is fixed on a spindle that can rotate. The rotation and movement of the spindle give CNC milling machines the ability to perform three or more axes milling operations.

Multi-axis CNC Milling allows parts with multiple surfaces to be machined quickly and easily. Parts requiring good flatness and accurate complex curved surfaces can be produced easily.

CNCフライス加工, perfect for custom milling, is widely adopted for low to medium-volume metal and plastic parts that require high strength and dimensional accuracy.

インベストメント鋳造に使用される材料?

とは何ですか

  • アルミニウム合金
  • 青銅合金
  • マグネシウム合金
  • 鋳鉄
  • ステンレス鋼
  • 工具鋼
What Is CNC Milling

CNC Milling process

CNC Milling process

Successful high-quality milling is a combination of three elements:

  • 1. A cutter with many teeth and ideal sharpness for a material
  • 2. Spinning a tool at a high enough speed to process a material correctly
  • 3. An appropriate feed rate for advancing the chosen material through the process

CNC allows for extremely close control of these elements. Computer system reads design information directly from an engineer’s drawings or models, eliminating possibilities for error between design and production.

The CNC milling process takes directions in customized software codes such as NC code, Gコード, and ISO code, all converted straight from a project’s CAM or CAD designs. The codes are then translated into the machine’s controls, which run along at least two axes (X and Y), in addition to the tool spindle running in the depth, or Z, axis. Some machining centers allow for controls on up to five unique axes.

What materials are available for CNC Milling?

DEZE offers more than 50 high-quality metals (アルミニウム, ステンレス鋼, mild steel, 銅, チタン, 等) and high-performance engineering plastics (ナイロン, アクリル, ピーク, PTFE, POM, 等).

From prototype to production, small batch to high volume, we provide you with consistent service and quality.

With over 20 years of experience, you can get exquisite customized parts for various industries such as aerospace, 自動車, 医学, エレクトロニクス, などなど.

  • ● Tight Tolerance as +/-0.005mm for Most Metal
  • ● Our Capabilities include 3 Axis, 4 Axis, そして 5 Axis
  • ● Provide 50+ Metal and Plastic Materials.
  • ● Make Complex Geometries Parts
  • ● ISO 9001:2015 | ISO 13485丨AS9100D

CNC Milling Surface Finishes

サービス

ANODIZING

Anodizing is an electrochemical process that enhances metals' corrosion resistance, 耐久性, and appearance, particularly aluminum.

BLACK OXIDE COATING

Get functional and aesthetic benefits in one with Black Oxide surface finishing. It's a matte black finish that also adds protection to metals, reducing corrosion and wear over time.

POLISHING

we enhance the visual appeal of components by providing a smooth and reflective finish with polishing services. Polished surfaces can also serve as excellent bases for coatings, providing better adhesion and a more uniform finish.

ELECTROPOLISHING

Electropolishing enhances the corrosion resistance of metal by removing impurities and creating a clean, passive surface.

BEAD BLASTING

We can effectively remove rust, paint, 規模, and other contaminants from various surfaces using bead blasting. Get a uniform and matte finish on surfaces to enhance the aesthetic appeal of the material.

MEDIA BLASTING

We commonly use media blasting in restoration projects to clean and rejuvenate surfaces without causing damage. We can effectively remove years of grime, 腐食, or coatings from historical or vintage items.

NICKEL PLATING

A uniform thickness and smooth finish contribute to an aesthetically pleasing appearance and consistent protective qualities. We ensure our process results in materials that can withstand friction and abrasion for a longer lifespan. Trust our nickel plating service!

ZINC PLATING

The compatibility of zinc plating with various materials adds to its appeal, while its ease of application and established use make it a readily available option.

ELECTROLESS NICKEL

DEZE offers electroless nickel plating with adjustable hardness levels, can be engineered to be non-magnetic, adheres tightly to substrates, and the thickness is precisely controllable.

HEAT TREATMENT

Improve the physical and mechanical properties of materials through heat treatment. Improve hardness, increase strength, enhance toughness, stress relief, などなど.

LASER MARKING

We provide high precision and accuracy, enabling intricate designs, fine details, and small text to be marked clearly on a wide range of materials, 金属を含む, プラスチック, ガラス, セラミックス, などなど.

POWDER COATING

Get a resilient finish that is resistant to chipping, scratching, and fading. Powder coating is your low-cost, eco-friendly finish that has long-term benefits, including reduced maintenance and enhanced longevity

PVD COATING

We offer a wide range of decorative finishes with PVD coating, including various colors and aesthetic effects. This process can also make materials more resistant to wear, 摩耗, and scratching.

PASSIVATION

We form a thin, inert layer on the material's surface that protects it from environmental factors that could lead to corrosion. Passivation is commonly used in metals like stainless steel and aluminum.

What are the advantages of CNC milling?

  • 1. High Precision and Consistency - CNC milling achieves very precise tolerance control, ensuring consistency in parts.
  • 2. Efficient Production - CNC milling increases production efficiency and speed through automation.
  • 3. Complex Geometry Processing - Capable of handling complex shapes and designs, including using multi-axis machines for more intricate machining.
  • 4. 多様な素材 - Can work with a variety of metals, プラスチック, 複合材, などなど.
  • 5. 廃棄物の削減 - Precise material cutting reduces waste.
  • 6. オートメーション - Reduces the need for human intervention, lowering labor costs and improving quality control.
  • 7. 柔軟性 - Easily adapts to design changes and is suitable for a wide range of applications.
  • 8. 表面品質 - Provides good surface finish, which can be further enhanced if needed.

These features make CNC milling an ideal choice for manufacturing high-precision parts across various industries.

インベストメント鋳造部品ギャラリー

メトロの専門家 部品

鋳造

インベストメント鋳造部品

インベストメント鋳造部品

現場での生産

インベストメント鋳造部品

インベストメント鋳造部品

インベストメント鋳造部品

インベストメント鋳造部品

インベストメント鋳造部品

溶接作業員

インベストメント鋳造部品

インベストメント鋳造部品

請負業者

インベストメント鋳造部品

インベストメント鋳造部品

請負業者

インベストメント鋳造部品

インベストメント鋳造部品

請負業者

インベストメント鋳造部品

インベストメント鋳造部品

請負業者

インベストメント鋳造部品

インベストメント鋳造部品

請負業者

CNCフライス加工と旋削加工の違いは何ですか?

サービス

CNC フライス加工は、主にワーク表面上で工具を回転および移動させることによって実現され、平面の加工によく使用されます。, 部品の曲面や複雑な形状, 歯車などの, 金型, パーツシェル, 等々.

CNC 旋削は主にワークを回転させ、ワーク上の工具を使って切削することで実現され、円筒形状の部品の加工によく使用されます。, シャフトなどの, ベアリング, スレッド, 等.

旋削とフライス加工の類似点

両方のプロセス, 旋削とフライス加工, サブトラクティブマニュファクチャリングを使用して不要な材料を除去する, 廃棄チップの発生. 在庫素材が異なります, 加工方法, とツールですが、両方とも高度な CNC テクノロジーを利用しています. エンジニアはCADソフトウェアを使用して機械をプログラムします, 監視を減らし、人的ミスを最小限に抑える, 速度と信頼性が向上し、一貫した品質が実現します.

旋削とフライス加工はアルミニウムなどの金属に適しています, 鋼鉄, 真鍮, 銅, そしてチタン, さまざまな熱可塑性プラスチックと同様に. しかし, ゴムやシリコンなどの素材には適していません (柔らかすぎる) またはセラミック (難しすぎる).

どちらの技術も熱を発生させるため、この問題を解決するために切削液を使用することがよくあります。.

結論

サービス

CNC Milling is one of DEZE's core manufacturing processes and can offer high-quality parts at excellent prices.

DEZE has more than ten years of experience in milling machine parts, and our CNC machine capabilities allow for high-precision machining accuracy and a quality finish.

You can enquire about our milling services online today and get a competitive quote within 24 時間.

With the latest CNC milling technology, equipment, and milling procedures, we deliver high-quality results with a fast turnaround time.

Explore DEZE CNC milling services today and see how we can help you accomplish your project expectations.

ブログ

Casting & Machining

知識

ステンレス鋼の主な種類は次のとおりです。: オーステナイト系ステンレス鋼, フェライト系ステンレス鋼, 二相ステンレス鋼 (デュプレックスは通常、: オーステナイト・フェライト二相), マルテンサイト系および析出硬化系ステンレス鋼.
Material Hardness is one of the key indicators used to evaluate a material's resistance to deformation, 着る, と摩耗. 一般的な硬度標準にはビッカース硬度が含まれます (HV), ブリネル硬度 (HB), とロックウェル硬度 (HRC).
溝入れ工具は機械加工プロセスに不可欠です, 溝を切るように設計されています, スロット, プロファイルをマテリアルに変換. 高精度を達成するには、特定の用途に適した溝入れ工具を選択することが重要です, 効率, そして表面品質.