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Fictiv

Managed custom manufacturing with digital quoting and engineering support.

Since 2013 · Part of MISUMI Group Inc.

Illustration of CNC machining and injection molding capabilities

About Fictiv

Fictiv is a digital manufacturing platform for sourcing custom mechanical parts through a managed supplier network. Its workflow combines online quoting and design-for-manufacturability feedback with manufacturing engineering, quality management and production visibility. The company supports prototyping and production across CNC machining, sheet metal, molding, casting and 3D printing. It offers domestic and global manufacturing options, so engineers should specify where parts must be made alongside their material, finishing and inspection requirements. Fictiv coordinates the manufacturing program rather than representing a single production facility.

  • Robotics
  • Aerospace
  • Defense
  • Medical devices
  • Automotive
  • Electronics
  • Consumer products
  • Semiconductor

Ownership from the company's own website, Nov 6, 2026 · Founding year from the company's own website, Nov 6, 2026 · Industries from the company's own website, Nov 6, 2026

Services

AI illustration of 5-axis cnc machining.

5-axis CNC machining

Three-, four- and five-axis milling, turning, EDM and gear hobbing for metal and plastic parts. Material and finishing choices can be evaluated alongside the geometry.

AI illustration of cnc machining.

CNC machining

Three-, four- and five-axis milling, turning, EDM and gear hobbing for metal and plastic parts. Material and finishing choices can be evaluated alongside the geometry.

AI illustration of cnc milling.

CNC milling

Three-, four- and five-axis milling, turning, EDM and gear hobbing for metal and plastic parts. Material and finishing choices can be evaluated alongside the geometry.

AI illustration of cnc turning.

CNC turning

Three-, four- and five-axis milling, turning, EDM and gear hobbing for metal and plastic parts. Material and finishing choices can be evaluated alongside the geometry.

AI illustration of edm.

EDM

Three-, four- and five-axis milling, turning, EDM and gear hobbing for metal and plastic parts. Material and finishing choices can be evaluated alongside the geometry.

AI illustration of gear hobbing.

Gear hobbing

Three-, four- and five-axis milling, turning, EDM and gear hobbing for metal and plastic parts. Material and finishing choices can be evaluated alongside the geometry.

AI illustration of injection molding.

Injection molding

Prototype molds through hardened production tooling for plastic components. Options include overmolding, scientific molding and production documentation support.

AI illustration of overmolding.

Overmolding

Prototype molds through hardened production tooling for plastic components. Options include overmolding, scientific molding and production documentation support.

AI illustration of sheet metal fabrication.

Sheet metal fabrication

Laser cutting, bending, forming, welding and finishing for custom sheet metal parts. The service supports development builds and ongoing production.

AI illustration of 3d printing.

3D printing

FDM, SLS, SLA, PolyJet, MJF and Carbon DLS for prototypes and end-use parts. Process selection depends on the required material behavior, geometry and surface finish.

AI illustration of carbon dls.

Carbon DLS

FDM, SLS, SLA, PolyJet, MJF and Carbon DLS for prototypes and end-use parts. Process selection depends on the required material behavior, geometry and surface finish.

AI illustration of fdm 3d printing.

FDM 3D printing

FDM, SLS, SLA, PolyJet, MJF and Carbon DLS for prototypes and end-use parts. Process selection depends on the required material behavior, geometry and surface finish.

AI illustration of multi jet fusion.

Multi Jet Fusion

FDM, SLS, SLA, PolyJet, MJF and Carbon DLS for prototypes and end-use parts. Process selection depends on the required material behavior, geometry and surface finish.

AI illustration of polyjet 3d printing.

PolyJet 3D printing

FDM, SLS, SLA, PolyJet, MJF and Carbon DLS for prototypes and end-use parts. Process selection depends on the required material behavior, geometry and surface finish.

AI illustration of sla 3d printing.

SLA 3D printing

FDM, SLS, SLA, PolyJet, MJF and Carbon DLS for prototypes and end-use parts. Process selection depends on the required material behavior, geometry and surface finish.

AI illustration of sls 3d printing.

SLS 3D printing

FDM, SLS, SLA, PolyJet, MJF and Carbon DLS for prototypes and end-use parts. Process selection depends on the required material behavior, geometry and surface finish.

AI illustration of urethane casting.

Urethane casting

Silicone molds made from master patterns produce low-volume urethane parts. This route supports production-like prototypes and bridge quantities before investment in injection-mold tooling.

AI illustration of die casting.

Die casting

High- and low-pressure die casting for custom metal components, including aluminum, zinc and magnesium options. Tooling and production volume are part of the process selection.

AI illustration of compression molding.

Compression molding

Compression-molded thermoset, rubber and composite parts, including seals and gaskets. Material and tool choices depend on the component requirements.

Certifications

As Fictiv states them. Fabrication AI has not checked them with the issuer; ask the shop for the certificate.

  • ISO 9001 · DQS Inc. · until Nov 27, 2027

Locations

Company sources