One-Stop Manufacturing Services in China

INTEGRATED MANUFACTURING SOLUTIONS

One-Stop Manufacturing Services for Multi-Process Projects

Multiple Processes. One Coordinated Manufacturing Partner.

NAITE TECH combines in-house precision CNC machining with specialist manufacturing partners for casting, sheet metal fabrication, injection molding, 3D printing, and surface finishing.

We coordinate engineering requirements, process planning, production, quality inspection, and delivery across multiple manufacturing processes—helping you manage complex custom parts projects through a single point of contact.

Request a Manufacturing Quote

In-House CNC Manufacturing | Partner-Supported Processes | Coordinated Quality & Delivery

Custom CNC machined parts with sheet metal, cast, 3D-printed and injection-molded components

When Do You Need One-Stop Manufacturing?

Custom manufacturing projects often involve different parts, production methods, and suppliers. A one-stop manufacturing approach can simplify coordination when several processes or components need to be managed within the same project.

1. Multiple Parts, Different Manufacturing Processes

Your project may require CNC machined components, sheet metal enclosures, castings, and molded plastic parts. Instead of managing separate suppliers for each process, you can coordinate these manufacturing requirements through one project team.

2. One Part, Multiple Manufacturing Steps

3. Multiple Suppliers, One Coordinated Order

The Goal: Simplify multi-process manufacturing while maintaining clear technical requirements, quality expectations, and project responsibilities.

Common Multi-Process Manufacturing Solutions

Many custom parts require more than one manufacturing process to achieve the desired geometry, tolerances, surface finish, or production cost.
NAITE TECH supports multi-process manufacturing projects by combining in-house CNC machining with specialist manufacturing partners. We help coordinate suitable processes based on your drawings, materials, quantities, and technical requirements.

Casting + CNC Machining
CNC Machining + Surface Finishing
Sheet Metal Fabrication + CNC Machining
Metal 3D Printing + CNC Machining
Injection Molding + Metal Components

Cast aluminum housing with CNC machined bores and flanges

1. Casting + CNC Machining

Near-Net-Shape Casting with Precision Machined Features

Casting forms complex metal housings and structural features, while CNC machining finishes critical bores, sealing surfaces, mounting faces, and threaded holes to the required tolerances.

Typical Process: Casting → Cleaning & Preparation → CNC Finish Machining → Inspection

Machining allowances, datum selection, and casting variation must be considered to achieve accurate finished dimensions.

Request a Casting + CNC Quote

CNC machined aluminum parts before and after black anodizing

2. CNC Machining + Surface Finishing

Precision Machining with Functional Surface Treatments

CNC machining produces the required geometry and precision features. Surface treatments such as anodizing, passivation, and plating provide corrosion protection, wear resistance, or the specified appearance.

Typical Process: CNC Machining → Deburring & Cleaning → Surface Finishing → Final Inspection

Coating thickness, masking, and dimensional changes must be considered for critical holes, threads, and mating surfaces.

Quote CNC Parts with Finishing

Sheet metal enclosure with precision CNC machined components

3. Sheet Metal Fabrication + CNC Machining

Fabricated Structures with Precision Machined Components

Sheet metal fabrication produces enclosures, panels, and brackets, while CNC machining provides precision mounting blocks, spacers, bushings, and mechanical interfaces.

Typical Process: Sheet Metal Fabrication + CNC Component Machining → Finishing → Assembly & Fit Inspection

Hole alignment, bend tolerances, and assembly clearances are important for ensuring that components from different processes fit together correctly.

Quote Sheet Metal + CNC Parts

Metal 3D printed component with CNC machined mounting features

4. Metal 3D Printing + CNC Machining

Complex Printed Geometries with Precision CNC Finishing

Metal 3D printing, particularly LPBF/SLM, produces complex near-net-shape components with internal channels and lightweight structures. CNC machining finishes critical datums, sealing faces, precision holes, threads, and mating surfaces.

Typical Process: Metal Printing → Depowdering → Stress Relief (if required) → Support Removal → CNC Finish Machining → Inspection

Stress relief is commonly performed before support removal where necessary to control distortion. Internal channels and lattice features may remain as-printed when functional and cleanliness requirements are met.

Discuss Your 3D Printing + CNC Project

Injection molded plastic housing with precision metal components

5. Injection Molding + Metal Components

Molded Plastic Parts with Precision Metal Interfaces

Injection molding produces plastic housings, covers, and structural features. CNC machining supplies metal inserts, spacers, bushings, and mounting components where additional strength or precision is required.

Typical Process: Injection Molding + Metal Component Manufacturing → Insert Installation / Assembly → Inspection

Plastic shrinkage, insert retention, mounting dimensions, and assembly fit must be considered during manufacturing planning.

Quote Plastic + Metal Components

Engineering Review & Manufacturing Planning

Every manufacturing project starts with a clear understanding of the part design and technical requirements.
NAITE TECH reviews your drawings, materials, tolerances, and production quantities to evaluate manufacturing feasibility and plan suitable processes. For multi-process projects, we also consider how different manufacturing stages affect the finished components.

Drawing & Specification Review

We review 3D CAD models and 2D drawings to identify critical dimensions, tolerances, material specifications, surface finishes, and assembly requirements.

Missing information or conflicting specifications are clarified before production planning.

DFM & Cross-Process Planning

Design for Manufacturability (DFM) helps identify potential production challenges before manufacturing begins.

For multi-process components, we consider machining allowances, datum surfaces, manufacturing sequence, and finishing requirements. Proposed design changes are discussed with the customer before implementation.

Process Selection & Feasibility

We evaluate suitable manufacturing methods based on part geometry, material, required accuracy, and production quantity.

This includes determining whether components are best produced through CNC machining, near-net-shape processes, or a combination of manufacturing methods.

Cost & Lead Time Planning

Material selection, part complexity, tooling, quantities, secondary operations, and inspection requirements all influence manufacturing costs and lead times.

We review these factors to define the production scope and coordinate a practical manufacturing schedule.

How We Coordinate Multi-Process Manufacturing Projects

Multi-process manufacturing requires clear responsibilities, consistent technical specifications, and coordinated production schedules.

NAITE TECH manages project communication between our in-house CNC operations and specialist manufacturing partners, helping customers coordinate multiple processes through a single point of contact.

NAITE TECH Project Team

Central Coordination

In-House CNC

Precision machining

Coordinated technical requirements, scheduling and delivery

In-House CNC

Precision machining

Clear Manufacturing Responsibilities

We assign manufacturing processes according to each project's technical requirements. Precision CNC machining is primarily performed in-house, while casting, sheet metal fabrication, injection molding, and 3D printing are supported by specialist partners.

NAITE TECH coordinates technical requirements, production arrangements, and communication across the project.

Drawing Revisions & Engineering Changes

Changes to drawings, materials, tolerances, or finishes can affect multiple manufacturing stages.
We communicate approved revisions to the relevant production teams and review their potential impact on manufacturing costs, schedules, and technical requirements before implementation.

Production Scheduling & Process Handoffs

Multi-process projects may involve sequential or parallel manufacturing operations.
We coordinate production schedules and process handoffs, such as transferring cast components for CNC finish machining or preparing separately manufactured parts for assembly.
This helps keep manufacturing activities aligned with the agreed project requirements.

Centralized Communication & Delivery

Customers can communicate with one project team instead of contacting multiple manufacturing suppliers separately.
NAITE TECH coordinates production updates, technical questions, packaging requirements, and delivery arrangements according to the agreed project scope.

Quality Control Across Multiple Manufacturing Processes

When custom parts involve multiple manufacturing processes, quality control must account for dimensional changes, surface requirements, and inspection at critical production stages.

NAITE TECH coordinates inspection requirements across in-house CNC machining and specialist manufacturing partners to help ensure finished components meet the agreed specifications.

Critical Dimensions & Acceptance Criteria

Before production, we review critical tolerances, datum surfaces, material requirements, and functional features to establish appropriate inspection criteria.
Particular attention is given to features that may be affected by subsequent machining, heat treatment, or surface finishing.

Inspection at Manufacturing Handoffs

Quality checks between manufacturing stages help identify potential issues before additional processing.

Nonconformance Management & Quality Documentation
When inspection identifies a deviation from the agreed specifications, NAITE TECH coordinates the review with the responsible manufacturing team and communicates issues requiring customer approval.
Depending on project requirements, quality documentation may include dimensional inspection reports, First Article Inspection (FAI), material certificates, and other agreed records.

Learn More About Our Quality Control & Inspection

MANUFACTURING RFQ

How to Request a Multi-Process Manufacturing Quote

Need custom parts involving different manufacturing processes? Send us your drawings and project requirements. NAITE TECH will review the manufacturing scope and coordinate a quotation for your project.

What to Include in Your RFQ

Provide the following details where available.

CAD Files & Drawings
STEP/STP models and PDF drawings

Part List / BOM
Part numbers, revisions and quantities

Materials
Required material grades for each part

Manufacturing Requirements
Specified processes, if known

Critical Specifications
Tolerances, threads, fits and finishes

Inspection Requirements
Dimensional reports, FAI or certificates

Delivery Details
Target delivery date and destination

Multiple Parts, One RFQ
Submit drawings for multiple components together with a Bill of Materials (BOM).

Multiple Part Drawings

Part List & Quantities

Project Requirements

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Not sure which manufacturing process to use? Our team can review your drawings and discuss suitable options.

Upload Your Files & Request a Quote

Quotation based on confirmed project requirements.