Détail Infomation
Description de produit

Détail Infomation
Conception:	Pièces de forme non standard	Durabilité:	Longue durée
Tailles:	adapté aux besoins du client ou standard	Méthode de traitement:	Coupure, meulage, polissant
Conductivité thermique:	80 à 100 W/mK	Catégories:	Outil au carbure cimenté
Matériel:	Carbure, alliage de tungstène-cobalt, carbure de tungstène WC+Co, 42CrMo, 100 % carbure vierge	Précision:	Haute précision
Application:	Processus CNC, pierre minière, acier inoxydable, acier à matrice ~ acier HRC58, usinage de fraisage	Type de traitement:	Métal, outils de coupe de métal, usinage de finition
Taille:	Demande du client, personnalisée, standard ou personnalisée

Description de produit

Custom Non-Magnetic Alloy 4‑Hole Contoured Component Shaped Parts for Assembly & Tooling

Unlike standard rings, bushings or single‑bore inserts, the Non‑Magnetic Alloy Four‑Bore Contoured Component merges two difficult requirements into one: a non‑linear outer profile combined with multiple precision holes that must maintain exact positional relationships. This combination is demanding to machine, yet it is essential in custom fixtures, multi‑point alignment tools, EDM workholding and calibration standards where magnetic interference must be eliminated.

The "four‑hole shaped" part - when geometry complexity meets hole‑position precision, standard catalogs end and custom engineering begins. In automatic inspection, die‑set alignment and sensor fixtures, non‑magnetic properties are just part of the requirement; the real need is a single component that both positions and guides without magnetic interference.

Materials That Meet the Need

We begin with austenitic non‑magnetic alloys (300‑series stainless steels, high‑manganese austenitic steels, or WC‑Ni cemented carbide when hardness is critical) that remain non‑magnetic in service.

μ < 1.002 permeability - verified when required
Fabrication: multi‑axis CNC milling, wire EDM, sinker EDM
Hardness options: from austenitic steel (HRC 25‑48) to WC‑Ni (HRA 89‑92) depending on wear and cutting resistance needs
Anti‑corrosion: ideal for cleanroom, medical or fluid‑handling applications

Why "Shaped + Four Holes" Is Difficult - And How We Solve It

Unlike simple rings or rectangular bases, a contoured outer profile with four precision bores requires:

Multi‑setup machining - each setup introduces potential misalignment
Stress relaxation - removing material asymmetrically can cause distortion
Hole‑to‑hole positional control - especially challenging when holes are not in a straight line
Non‑magnetic property preservation - grinding or EDM can induce surface stress or magnetism if not controlled

How we solve it: Plan sequence from solid; use wire EDM for contour + bore positioning in one clamped setup; stress‑relieve after roughing; verify hole positions with CMM.

Key Applications (Where Both Shape and Holes Matter)

Inspection fixturing (CMM / vision systems) - A curved or stepped carrier with four tapped holes to mount sensors or probes - non‑magnetic eliminates eddy‑current interference.
EDM workholding (submersible fixtures) - Complex‑profile support with four flush or electrode mounting holes; austenitic stainless resists corrosion in dielectric fluid.
Assembly jigs (multi‑part alignment) - A contoured base with four precision dowel holes that locate mating components - magnetic‑free avoids particle attraction on clean lines.
Calibration / test standards - A uniquely shaped artifact with four reference bores for qualifying measurement systems.
Magnetic‑sensitive automation (pick‑and‑place tooling) - Custom end‑effector mounting plate with four through‑holes and a non‑rectangular cut‑out pattern.

Core Capability & Differentiation

Our approach: machine the entire component from a single piece of non‑magnetic alloy, ensuring both μ < 1.002 permeability and permanent hole‑position accuracy.

Property / Requirement	Our Four‑Bore Contoured Component	Standard Alternative
Magnetic Permeability	< 1.002 (truly non‑magnetic)	Magnetic (4140 / mild steel)
Outer Shape	Custom (curved, stepped, non‑rectangular)	I‑shaped or rectangular only
Number of Holes	Up to 4 precision bores	Fixed patterns; limited
Hole Position Tolerance	± 0.005 mm	±0.03 mm ~ ±0.3 mm (as‑received)
Bore Types	Clearance, tapped, dowel or stepped holes	Limited options
Integration	Single‑piece; no assembly error	Multi‑component shim / stack‑up

Custom Order Process

Upload 3D model / 2D drawing (STEP, IGES, PDF)
Material selection: austenitic stainless / high‑Mn austenitic steel / WC‑Ni carbide
Manufacturing (5‑25 day lead time typical)
Inspection & shipping

Ready to stop compromising with multi‑part assemblies or magnetic steel blocks?

Produit Tag:

Détails sur le produit:
Lieu d'origine:	Chine
Nom de marque:	Sanxin
Certification:	ISO
Numéro de modèle:	SX1306
Conditions de paiement et expédition:
Quantité de commande min:	1
Délai de livraison:	5-30 jours
Conditions de paiement:	T/T, L/C, Western Union

Custom Non-Magnetic Alloy Four-Bore Contoured Component with Precision Holes for Tooling & Assembly

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