Dongguan Changxinda Precision Technology Co., Ltd.
8618076650306

Robot Joint Split Bearing Housing Aluminum CNC Machining Parts 0.01mm Matched Pair

Robot Joint Split Bearing Housing Aluminum CNC Machining Parts 0.01mm Matched Pair
Lieu d'origine:Dongguan, Guangdong, Chine
Nom de marque:Changxinda
Certification:ISO 9001:2015
Numéro de modèle:CXDC-RJ-SBH
Quantité de commande minimale:1 paire (prototype) / 20 paires (série)
Prix:USD 45 - 260 / Pair
Standard Packaging:Moitiés assorties emballées sous forme d'un ensemble numéroté, sac à bulles plus mousse, carton
Délai de livraison:8 à 10 jours ouvrables pour les prototypes, 18 à 25 jours pour les commandes en série
Conditions de paiement:T/T
Capacité à fournir:4000 paires par mois
Détails de produit
Mettre en évidence:

Split Bearing Housing

,

Matched Pair Halves

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0.01mm Bore After Assembly

Process: Clamped and bored as one body, then split; dowel pinned
Confidentiality: NDA signed, isolated cell, coded and paired numbering
End Face: Perpendicularity 0.01 mm to bore
Quality Document: Paired dimensional report, reassembly check record, material certificate
Lead Time: 8-10 days prototype, 18-25 days serial
Fasteners: M5-M8 symmetric layout
Customization: Split direction, bearing type, pin and screw layout, material
Dowel Holes: Dia 6 H7, position +/-0.01 mm
Surface Finish: Anodized with bore and joint faces masked
MOQ: 1 pair prototype
Reassembly: Roundness change <= 0.003 mm after 3 cycles
Inspection: CMM, bore gauge, roundness tester, straight edge
Joint Face: Flatness 0.005 mm, Ra 0.8
Material: 6061-T6 aluminum, optional 7075-T6, QT600 ductile iron, A356 cast
Size Range: 50x50x40 mm to 200x160x120 mm
Bore: H7 +/-0.005 mm, roundness 0.01 mm assembled
Description de produit
Detailed Specifications & Features
Split Housing · Matched Halves · Dowel Pinned Robot Joint Split Bearing Housing — Bored as a Pair, Then Split Only one method holds precision on a split bearing housing: rough machine both halves as one body, drill and ream the dowel pin holes, clamp and tighten, bore through, then split. Any approach that machines the halves separately and pairs them afterwards produces a misaligned bore. Our method keeps bore roundness at 0.01 mm even after three disassembly cycles, so
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