What We Do

Manufacturing Services

From design through supplier selection, production controls and delivery coordination, Neofabs structures a project-specific manufacturing pathway.

Our Services

Manufacturing processes that can be sourced and coordinated against the actual design, volume, quality, geography and delivery requirement.

Manufacturing Orchestration

Project-specific coordination of sourcing, production planning, quality requirements and delivery logistics using suppliers selected for the actual manufacturing requirement.

  • —Project coordination
  • —Supplier coordination
  • —Quality requirements
  • —Delivery logistics

Additive Manufacturing

Additive-manufacturing processes can be sourced for prototypes or production parts where the selected supplier, material, geometry and qualification requirements support them.

  • —SLS & SLA printing
  • —Metal 3D printing
  • —MJF technology
  • —Rapid prototyping

CNC & Traditional Manufacturing

Precision machining and conventional manufacturing can be sourced through project-qualified suppliers based on drawings, materials, tolerance, volume and quality requirements.

  • —CNC milling
  • —CNC turning
  • —EDM machining
  • —Surface finishing

Injection Molding

Injection-molding requirements can be scoped around tooling, material, volume, quality and supplier capability.

  • —Tool design
  • —Production molding
  • —Material selection
  • —Quality testing

Metal Fabrication

Sheet-metal, welding and forming work can be sourced from qualified suppliers for the actual material, specification and end-use requirement.

  • —Sheet metal work
  • —Welding services
  • —Metal forming
  • —Assembly

Assembly & Integration

Assembly, testing, packaging and integration work can be coordinated where the selected supplier set and acceptance plan support it.

  • —Product assembly
  • —Functional testing
  • —Packaging
  • —Integration

Process

How It Works

A project-specific process from requirement definition through supplier selection, production controls, acceptance and delivery.

01

Define the Requirement

Provide drawings, CAD files, BOMs or specifications through the agreed project-intake route. Sensitive files are shared only after the appropriate confidentiality and data-handling terms are in place.

02

Analysis

The design and specifications can be reviewed for manufacturability, sourcing risks and project-specific optimization opportunities.

03

Quotation

Receive project-specific supplier quotations and manufacturing options where suitable suppliers are identified.

04

Production

A supplier can be selected against the agreed criteria, with production and quality checkpoints defined in the order scope.

05

Delivery

Inspection, acceptance and delivery requirements are defined for the actual order and supplier.

Additive

Additive Manufacturing

Industrial 3D printing for rapid prototyping and production parts. Qualified suppliers can be evaluated for additive-manufacturing requirements involving plastics, metals or composites.

  • Selective Laser Sintering (SLS) for durable nylon parts
  • Stereolithography (SLA) for high-detail prototypes
  • Multi Jet Fusion (MJF) for production-grade parts
  • Direct Metal Laser Sintering (DMLS) for metal components
  • Large-format printing where supplier capability supports the required part

Materials That Can Be Sourced

Nylon PA12
Nylon PA11
TPU Flexible
PEEK
Aluminum
Stainless Steel
Titanium
Inconel

CNC Processes to Evaluate

3-Axis Milling

Standard machining for most parts

5-Axis Milling

Complex geometries and undercuts

CNC Turning

Rotational parts and components

Wire EDM

Precision cutting for hard materials

Surface Grinding

Tight tolerance finishing

Subtractive

CNC & Traditional Manufacturing

Precision machining for metals, plastics, and composites. Project-qualified suppliers can be evaluated for CNC requirements from prototype through production volumes.

  • Tolerance capability confirmed against drawing and selected supplier
  • Metals: aluminum, steel, titanium, brass, copper
  • Plastics: ABS, acetal, PEEK, PTFE, nylon
  • Surface finishes: anodizing, plating, powder coating
  • Prototypes to production volumes

Standards

Quality & Process Control

Quality and process controls are defined against the actual product specification, supplier capability and acceptance requirements.

Validation

Manufacturability and design-review activities can be included where the selected supplier and project scope support them. Findings are documented against the actual drawing, process and acceptance requirements.

Inspection

In-process and final inspection requirements are defined for the order. CMM measurement, material testing and visual inspection are used only where required and supported by the selected supplier or inspection provider.

Control

Process documentation, monitoring and traceability requirements are specified according to the product, supplier, regulated end use and agreed quality plan.

Get Started

Ready to Start Manufacturing?

Start with the design, specifications, quantity, quality requirements and target delivery. Neofabs can then define the supplier, production, inspection and logistics pathway.

Request a solution →