Connector

Technical Specifications & Advanced Blade Engineering

Severe Operational Service Quality Control

To safeguard high-speed or heat-sensitive electromechanical systems against structural failure, our QC laboratory enforces uncompromising screening:

• Connection Face Roughness & Metric Metrology: 100% audited via precision roughness testers and CMM (Coordinate Measuring Machines) to ensure the machined connection surface guarantees airtight, vibration-free flush assembly alignment.
• Deep Blind Hole Integrity Audit: Checked via digital depth calipers and industrial video-endoscopes to ensure the blind cavity is 100% free of ceramic core remnants or surface sintering.
• Micro-Blade Crack Detection: 100% processed through Liquid Penetrant Testing (LPT) across all narrow blade roots and thin-wall tips to ensure zero hairline thermal cracks or cold shuts.
• Alloy Matrix Spectrometry: Verified via Optical Emission Spectrometers to guarantee exact Chromium-Nickel alloy compositions for prolonged anti-rust passivity.

Custom OEM / ODM Engineering for Electromechanical Systems

• Intricate Bladed / Fin Layout Customization: We excel at casting highly complex thermodynamic geometries, including curved helical vanes, tapered cooling fins, and multi-port bladed housings based on your 3D digital blueprints (STEP, IGES).
• High-Precision Multi-Axis CNC Machining: Our facility provides turnkey post-cast processing, including precision face milling, tight-tolerance boring, and custom bolt hole circle drilling to meet your exact H7/h6 assembly fits.
• Fully Traceable Documentation Packs: Material test certificates (EN 10204 3.1), coordinate measurement reports, and surface finish roughness profile charts are packed with every global industrial shipment.

Custom Connector Investment Casting

This connector is presented as a representative custom‑manufactured component for Mechanical and electrical equipment; Motor heat sinks; Industrial compressor shells; Actuator housings Honyang Cast develops similar parts from customer drawings rather than offering a fixed catalog specification.

The manufacturing plan must connect the part's functional geometry—Internal blind‑hole casting; Densely arrayed surface blades/fins—with tooling, investment casting, machining and measurable inspection requirements. Final dimensions, interfaces and acceptance criteria are confirmed during drawing review.

PROJECT‑SPECIFIC SUPPLY

Material grade, dimensions, tolerance zones, machining allowance, surface condition, operating requirements and inspection records are confirmed after review of the customer’s 2D drawing, 3D model and project specification.

Key Technical Parameters & Custom Specifications

The parameter set is selected for this component’s function. Unknown values remain drawing‑controlled and must not be replaced with generic catalog data.

Part Design & Structural Features

Manufacturing Process & Machining Plan

A project‑specific route is established after review of geometry, alloy, tolerance, volume and validation requirements.

1. Drawing and DFM review — identify functional interfaces, wall transitions, draft, machining allowance, datums and inspection access.
2. Tooling and pattern planning — develop the wax tooling, core strategy and pattern assembly method required by the approved geometry.
3. Investment casting — control wax pattern, ceramic shell, melting, pouring and solidification for the selected alloy and part geometry.
4. Shell removal and finishing — remove gating, clean the casting and prepare critical areas for inspection or machining.
5. CNC machining where required — machine sealing faces, bores, threads, holes or mounting interfaces defined by the drawing.
6. Final inspection and records — verify agreed characteristics and compile project‑required material, dimensional or NDT records.

Source Page Process References

• Specialized slurry drying and high‑strength shell process — applicability and scope to be confirmed for this project.
• Precision‑machined connection interfaces — applicability and scope to be confirmed for this project.

PROCESS SCOPE

Investment casting and CNC machining are described as the core route. Heat treatment, coating, polishing, balancing, pressure testing, radiographic testing, PPAP or other special processes must be shown as project‑specific unless their scope is confirmed.

Custom Development Capability

Honyang Cast supports drawing‑based development of connector and related investment cast components from manufacturability review through sample approval and repeat production.

1. RFQ input — submit 2D drawing, STEP/IGES model, material, annual volume, operating conditions and critical characteristics.
2. DFM review — align casting feasibility, core or gating strategy, machining allowance, datum scheme and inspection approach.
3. Tooling and sample — develop tooling, produce initial samples and inspect agreed characteristics.
4. Customer approval — review samples, dimensions and records under the agreed approval process.
5. Production delivery — supply as‑cast, machined, finished or assembly‑ready parts according to the confirmed scope.

Application Value & Service Requirements

Design Inputs Required From the Customer

• 2D manufacturing drawing and 3D model in STEP, IGES or another agreed format.
• Material grade or operating‑performance requirements.
• Service medium, load, temperature, pressure, speed, vibration or hygiene conditions as applicable.
• Critical dimensions, GD&T, machining datums and surface‑finish requirements.
• Required NDT, material certificates, dimensional reports and approval process.
• Estimated annual volume, batch size and target timing.

CALL TO ACTION

SEND YOUR DRAWING FOR A MANUFACTURABILITY REVIEW

Upload the drawing and 3D model for your connector together with material, quantity, operating conditions and inspection requirements. Our team will review the casting route, machining scope and quality plan before quotation.