ロボティクス部品のための精密CNC加工

はじめに

Precision CNC Machining for Robotics Parts is used to manufacture high-accuracy mechanical components for robotic systems where dimensional stability, 厳密な公差, lightweight design, and reliable assembly performance are critical.

Robotic components often involve complex geometries, 薄壁構造, precision bearing seats, エンジンインターフェース, センサーマウントの特徴, and closely controlled mating surfaces. Accurate CNC machining helps maintain alignment between joints, actuators, motors, ギアボックス, and structural assemblies, reducing fit-up issues and improving repeatability during robot operation.

Our CNC capabilities include 3-axis and 5-axis milling, turning, 掘削, 退屈だ, スレッド, 精密仕上げ, and complex multi-surface machining. 加工戦略, 作業保持, 検査方法, and tool paths are selected according to part geometry, 許容差要件, 表面仕上げ, and functional interfaces.

Parts can be machined from aluminum alloys, ステンレススチール, 工具鋼, チタン, copper alloys, and engineering plastics, with secondary processes such as anodizing, ハードアノダイジング, 研磨, 装甲, 熱処理, and coating available according to application requirements.

仕様

複雑ジオメトリ加工

Multi-axis CNC machining supports complex housings, 精密ボア, curved surfaces, deep cavities, and multi-side features while reducing repeated setups and maintaining dimensional consistency.

厳密な公差 & 検査

Critical features such as bearing seats, シャフトボア, 取り付け面, and assembly interfaces can be machined to tight tolerances and verified by CMM and precision measuring equipment.

材料 & 表面仕上げ

アルミニウム, ステンレススチール, チタン, copper alloys, and engineering plastics are available, together with anodizing, ハードアノダイジング, 装甲, 研磨, 熱処理, and custom coatings.

Reliable Prototype-to-Production Quality

From functional prototypes and engineering samples to low-volume and small-batch production, controlled machining and inspection processes help maintain repeatable dimensions, 表面品質, and assembly performance.

洗練されたサービス, 配達時間短縮

設計レビューから納品まで, プロセス全体を通じて、専任の個別フォローアップを提供しています.

コンサルテーション→図面の提供→デザインレビュー & 見積もり→注文処理→品質検査→時間通りの納品→アフターフォローアップ

お問い合わせ

100人以上,000 在庫車両, 標準製品には2時間以内の配送が可能です.

三段階検査システムの導入—初期材料検査, 進行中検査, および最終検査.

大量の在庫と迅速な納品, 100%の製品検査による期限内納品の確保.

自動車産業

電子製造

医療機器

Q1: What robotics parts can be CNC machined?

CNC machining can be used for robot joint housings, actuator components, motor housings, gearbox housings, シャフト, 括弧, end-effector parts, sensor housings, and other custom precision components used in robotic systems.

Q2: What tolerances can be achieved for robotics parts?
Depending on part geometry, 素材, サイズ, and critical features, CNC machined robotics parts can achieve tight dimensional tolerances up to ±0.005mm, with specific tolerance and geometric requirements manufactured according to customer drawings.

Q3: What materials are commonly used for CNC machined robotics parts?
一般的な材料にはアルミニウム合金があります, ステンレススチール, 工具鋼, チタン, copper alloys, ブラス, and engineering plastics. Material selection depends on weight, 強度, 耐摩耗性, thermal performance, and application requirements.

Q4: Is 5-axis CNC machining available for complex robotic components?
はい. 5-axis CNC machining is suitable for complex robotic parts with multi-surface features, angled holes, deep cavities, curved profiles, 精密ボア, and critical assembly interfaces, while helping reduce multiple setups and improve machining consistency.

Q5: Can you support prototypes and low-volume robotics production?
はい. We support prototype, 工学サンプル, low-volume, and small-batch production based on customer drawings, helping with design verification, functional testing, and transition toward production.