機器設計者が設置スペースが限られている場合, 過剰な体重, 不安定な回転性能, 適切なベアリングを選択することが重要になります. Thin section bearing manufacturer XCCZC Bearing provides compact and precision-engineered solutions such as the 6701ZZ thin section deep groove ball bearing, designed for applications where size, 正確さ, and durability directly affect system performance.
The 6701ZZ bearing features a 12×18×4mm ultra-thin structure, クロム鋼構造, and double metal shields (ZZ). It is widely used in robotics, 医療機器, ステッピングモーター, 精密機器, and compact automation systems that require reliable rotational support in restricted spaces.
深セン新昌勝軸受有限公司, 株式会社. (XCCZCベアリング) に設立されました 2002 深センで, 中国. 以上 20 長年のベアリング製造経験, the company specializes in precision bearings for automation, 自動車, 医学, およびエネルギー産業.
As a professional thin section bearing manufacturer, XCCZC Bearing operates a 5,000m² modern production facility with a monthly output of approximately 3 100万個のベアリング. 同社は以上のことを完了しました 1,000 global OEM projects and supplies customers across Europe, 東南アジア, そしてアメリカ大陸.
XCCZCベアリングは以下に焦点を当てています:
The 6701ZZ is designed for compact mechanical structures where standard bearings cannot provide sufficient space efficiency.
| 仕様 | 詳細 |
|---|---|
| ベアリングモデル | 6701ZZ |
| ベアリングの種類 | 薄肉深溝玉軸受 |
| 内径 | 12 mm |
| 外径 | 18 mm |
| 幅 | 4 mm |
| シールタイプ | Double Metal Shield (ZZ) |
| 材料 | クロム鋼 (GCr15) |
| 重さ | 約. 3g–5g |
| 精密級 | P0 / ABEC-1 standard, higher grades available |
The ultra-thin cross-section allows engineers to reduce assembly size while maintaining smooth and stable rotation performance.
The biggest challenge in miniature equipment design is balancing performance with available space. The 6701ZZ solves this issue with its 4mm width and lightweight structure.
メリットとしては以下が挙げられます:
The 6701ZZ thin section deep groove ball bearing uses precision-machined raceways and chrome steel components to achieve smooth rotation.
The bearing construction helps reduce:
For precision applications such as robotic joints, 光学機器, および医療機器, stable rotation directly improves product reliability.
XCCZC Bearing manufactures the 6701ZZ using high-carbon chrome steel (GCr15). The bearing rings and balls are hardened to approximately 58–62 HRC, improving wear resistance and rolling contact fatigue performance.
For environments requiring additional corrosion protection, stainless steel versions can also be customized according to project requirements.

The 6701ZZ bearing is suitable for industries requiring compact and accurate motion control.
一般的なアプリケーションには次のものがあります。:
Choosing a suitable thin section bearing requires evaluating your operating conditions.
次の手順に従ってください:
| 特徴 | 6701ZZ薄肉ベアリング | Standard Deep Groove Bearing |
|---|---|---|
| 構造 | Ultra-thin cross-section | Standard width design |
| 幅 | 4mm | Usually thicker |
| 重さ | 約. 3g–5g | Higher weight |
| Best Application | Compact equipment | General industrial machinery |
| Main Advantage | Space saving and precision | General load capability |
The 6701ZZ is preferred when equipment designers need lightweight construction and accurate movement within limited installation space.
The 6701ZZ bearing is commonly used in robotics, マイクロモーター, 医療機器, 精密機器, and compact automation systems where small dimensions and accurate rotation are required.
The 6701ZZ has a 12mm inner diameter, 18外径 mm, and 4mm width, making it an ultra-thin miniature deep groove ball bearing.
はい. 深セン新昌勝軸受有限公司, 株式会社. カスタマイズされたサイズを含むOEMサービスを提供します, 材料, ロゴ, 梱包, and technical support based on customer requirements.
Selecting the right bearing helps you achieve better equipment performance, より長い耐用年数, and more efficient mechanical design. As an experienced 薄肉ベアリングメーカー, XCCZC Bearing produces precision 6701ZZ bearings with compact dimensions, reliable materials, and consistent quality control for global industrial applications.
Whether you need miniature bearings for robotics, 医療機器, モーター, または自動化システム, XCCZC Bearing can provide professional bearing solutions supported by engineering experience and OEM manufacturing capability.
接触 XCCZCベアリング today to request 6701ZZ bearing specifications, samples, or customized thin section bearing solutions for your next project.