30mmガイドピラー
The 30mm guide pillar is a core positioning component used in precision molds and industrial tooling systems. It ensures accurate alignment between moving mold parts while maintaining consistent guiding performance during repeated production cycles. Built from hardened alloy steel with fine machining, it offers strong structural strength and stable operation in demanding environments. The component is suitable for various mold assemblies and supports reliable performance in both high-speed stamping and injection molding applications.
製品説明
はじめに
The 30mm guide pillar is a precision-engineered mold component designed to ensure accurate alignment and stable guidance in industrial tooling systems. 射出成形で広く使われています, これに押印を押している, and die casting applications where consistent positioning between upper and lower mold assemblies is critical. Manufactured from high-quality hardened steel and processed with fine grinding, it delivers excellent dimensional accuracy and long-term durability under continuous working conditions.
With outstanding wear resistance and high hardness, the 30mm guide pillar helps reduce friction and improve the overall efficiency of mold operation. Its smooth surface finish ensures stable movement when paired with guide bushes, minimizing mechanical wear and extending the service life of the entire mold system. The product is suitable for high-speed and high-load production environments, maintaining precision even after repeated cycles.
This guide pillar can be customized in length, 耐性, and material grade to meet different industrial requirements. It is compatible with international mold standards such as ISO, 出発, そしてJIS, making it suitable for global applications. Whether used in automotive manufacturing, 精密金型, or automated production lines, the 30mm guide pillar provides reliable performance and consistent accuracy for modern mold systems.
仕様
| パラメータ | 価値 |
|---|---|
| 直径 | 30mm |
| 長さ範囲 | 100〜1000mm |
| 材料等級 | SUJ2 / 100Cr6 / GCr15 |
| 硬度 | 58–62 HRC |
| 表面粗さ | Ra 0.2–0.8 μm |
| 直線性耐性 | ≤ 0.005mm |
| 円滑さ許容 | ≤ 0.003mm |
| 熱処理 | 硬化/ケース強化 |
| アプリケーションタイプ | 金型のアライメント/ダイガイド |
| 職場環境 | 高速プレス打ち/射出成形 |
3つの主要なカスタマイズ要素, あなたのニーズに合わせた
異なるカスタマイズ方法を組み合わせて、さまざまな要件に合わせること.
精密製造, 優れた品質
高次元安定性
The 30mm guide pillar maintains excellent dimensional consistency under heavy load, ensuring precise mold alignment and reducing deviation during long-term continuous industrial operation cycles.


耐摩耗性の向上
Through advanced heat treatment and surface finishing, the guide pillar resists abrasion effectively, minimizing surface damage and extending service life in high-friction molding environments.
スムーズな誘導性能
Precision grinding ensures ultra-smooth surface contact, allowing stable movement with guide bushes and reducing resistance, 振動, and mechanical wear during mold operation.


信頼性の高い高負荷サポート
Designed for demanding production conditions, the guide pillar provides strong structural integrity, maintaining accurate positioning even under high pressure and repeated stamping or injection cycles.

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
私たちの利点
25年以上のエンジニアリング経験に裏付けられています, 当社のチームは、カスタマイズされた金型設計や精密加工から本格的な生産まで、堅牢な品質保証システムと積極的な顧客サービスに支えられ、包括的なサービスを提供しています. ISO9001認定, ISO14001, IATF 16949, 私たちは常に品質の卓越性を追求しています, イノベーション, そして顧客満足度.
適用範囲
さまざまな業界で好まれる選択肢.
FAQ
Q1: What is a 30mm guide pillar used for?
It is used for precise alignment in injection molds, これに押印を押している, and tooling systems to ensure stable and accurate mold movement.
Q2: What materials are used for guide pillars?
Common materials include hardened steel such as GCr15, SUJ2, または100Cr6, 高い強度と耐摩耗性を提供します.
Q3: Can the length be customized?
はい, the 30mm guide pillar can be customized in length, 耐性, and specifications according to different mold requirements.
Q4: 国際規格と互換性がありますか??
はい, ISOと互換性があります, 出発, およびJIS基準, and can also match HASCO and DME systems.
Q5: How long is the service life?
With proper heat treatment and maintenance, it offers long service life even under high-load and high-frequency production conditions.