Pilier Guide de moulage automobile
Automotive Mold Guide Pillar is engineered for precise guidance in vehicle mold and die systems requiring strong alignment stability. Built from hardened bearing steel and finished through precision grinding, it delivers reliable strength, Fonctionnement fluide, and resistance to continuous wear. This component helps support accurate mold movement during stamping, forming, or injection molding processes. It is suitable for automotive body parts, plastic interior components, hardware tooling, and custom mold assemblies requiring long-term performance.
- Heavy Mold Load Support: Handles demanding automotive tooling pressure reliably.
- Stable Vehicle Part Forming: Helps maintain accurate production results.
- Smooth Long Cycle Operation: Reduces friction during repeated mold movement.
- Flexible OEM Mold Matching: Fits custom automotive tooling specifications.
Description du produit
Introduction
Automotive Mold Guide Pillar is a precision guiding component designed for automotive molds, tamponnement, Moules d’injection, and heavy-duty tooling systems. It helps maintain accurate alignment between mold plates or die sections during repeated opening, Clôture, pressing, et des opérations de formation. In automotive manufacturing, stable guidance is essential for ensuring consistent part dimensions, reducing tooling deviation, and supporting reliable production of metal and plastic vehicle components.
Fabriqué à partir d’acier de roulement de haute qualité tel que SUJ2 ou GCr15, the Automotive Mold Guide Pillar is processed through precision machining, Traitement thermique, Broyage, et le polissage. Ces procédés permettent d’obtenir une grande dureté, smooth surface finish, Forte résistance à l’usure, and excellent dimensional stability. The guide pillar works with guide bushings to provide smooth movement, Réduire la friction, and improve long-term mold accuracy under demanding production conditions.
Automotive Mold Guide Pillars are widely used in automotive stamping dies, Moules d’injection plastiques, body panel tooling, interior trim molds, metal forming dies, and precision mold bases. Standard specifications are available for common mold structures, while custom diameters, Durées, Tolérances, and surface treatments can be produced according to customer drawings. This makes it suitable for both standard automotive mold systems and specialized OEM tooling projects.
Caractéristiques techniques
| Paramètre | Spécification |
|---|---|
| Nom du produit | Pilier Guide de moulage automobile |
| Matériel | SUJ2 / GCr15 Acier à Paliers |
| Finition de surface | Sol de précision & Poli |
| Dureté | HRC 58-62 |
| Plage de diamètres | Ø16 mm – Ø120 mm |
| Plage de longueur | 80 mm – 1200 mm |
| Type de guidage | Guidage du moule / Plaque de matrice |
| Structure Type | Pilier Guide Standard / Personnalisé |
| Droiture | ≤0.005 mm/100 mm |
| Traitement de surface | Chrome dur optionnel |
| Type d’installation | Ajustement pressé / Montage personnalisé |
| Pente de précision | Haute précision |
| Conditions de fonctionnement | Outillage automobile lourd |
| Durée de service | Utilisation industrielle à long terme |
| Personnalisation | Stock standard / Dessin OEM disponible |
Trois aspects clés de la personnalisation, Adapté à vos besoins
Adapter différentes méthodes de personnalisation pour répondre à divers besoins.
Fabrication de précision, Qualité excellente
Capacité portante élevée
Designed for automotive tooling conditions, it supports heavy mold plates and repeated forming pressure while maintaining dependable guiding performance during production.


Amélioration de la précision des pièces de véhicule
Stable guidance helps reduce mold offset, supporting more consistent dimensions for automotive metal parts, plastic components, and precision vehicle assemblies.
Durable Surface Performance
Precision finishing and hardened material help resist scratches, friction damage, and long-term wear in demanding automotive mold operating environments.


Adapté aux projets d’outillages OEM
Available in custom sizes, Tolérances, and mounting styles, making it suitable for automotive mold manufacturers and specialized tooling development projects.

Service raffiné, Délai de livraison réduit
De la revue de conception à la livraison, Nous proposons un suivi personnalisé dédié tout au long du processus.
Consultation → Fournir des plans → une revue de conception & Devis → traitement des commandes → inspection qualité → livraison à temps → suivi après-vente
Nos avantages
Soutenu par plus de 25 ans d’expérience en ingénierie, Notre équipe propose des services complets — de la conception personnalisée des moules et l’usinage de précision à la production à grande échelle — soutenus par un système d’assurance qualité robuste et un service client proactif. Certifié sous ISO9001, ISO14001, et IATF 16949, Nous visons continuellement l’excellence en matière de qualité, Innovation, et la satisfaction client.
Champ d’application
Le choix privilégié dans divers secteurs.
FAQ
What is an Automotive Mold Guide Pillar?
An Automotive Mold Guide Pillar is a precision guiding component used in automotive molds, tamponnement, Moules d’injection, and tooling systems to maintain accurate mold alignment.
What materials are commonly used for Automotive Mold Guide Pillars?
Automotive Mold Guide Pillars are usually made from SUJ2 or GCr15 bearing steel, offrant une grande dureté, Résistance à l’usure, and stable long-term performance.
Where are Automotive Mold Guide Pillars commonly used?
They are widely used in automotive stamping dies, body panel tooling, Moules d’injection plastiques, interior trim molds, hardware molds, and precision mold bases.
Can Automotive Mold Guide Pillars be customized?
Oui. Diamètres personnalisés, Durées, Tolérances, Styles de montage, Traitements de surface, and non-standard structures can be produced according to customer drawings.
What are the benefits of using Automotive Mold Guide Pillars?
They help improve mold positioning accuracy, support heavy-duty tooling loads, reduce wear between moving parts, and maintain stable performance during long production cycles.