# Realize, Inc.

This MFR.ID profile was supplied, reviewed, and approved by Realize, Inc.. Originally approved on 6/25/2026; last updated 6/25/2026. Capability data is manufacturer-approved for public sourcing and RFQ use.

## Profile Links

- Canonical profile: https://mfr.io/realizeinc
- JSON data: https://mfr.io/realizeinc.json

## Company Overview

Realize Inc. specializes in 3D printing prototypes, additive manufacturing production parts and cast urethane parts. Utilizing SLA, SLS, FDM and MJF technologies to build parts. Materials are ABS, PLA, polycarbonate, polypropylene, nylon, and others. We provide quick turn time, accurate parts, and high-quality part finish. Founded in 1999 as an independently owned small business, Realize serves customers nationwide with fast quoting though our Real Fast Quotes system, and ITAR registered for controlled work. The company supports manufacturing companies in medical, automotive, aerospace, consumer products, and others.

## Quick Reference

- Processes: 3D Printing / Additive Manufacturing, Prototype Development (Concept-to-Function), Secondary Operations & Value-Added Services
- Location: Noblesville, IN 46060
- Employees: 11-50
- Founded: 1999
- Contact: info@realizeinc.com - +1 317-915-0295
- Verified: Manufacturer Approved

## Capabilities

### Additive Manufacturing & SLA Prototyping

Realize provides stereolithography (SLA) additive manufacturing to produce detailed, high-resolution prototypes, models and functional resin parts. SLA builds include QuickCast-style options for casting patterns and are used for form, fit and functional validation and short-run plastic parts.

- Process: 3D Printing / Additive Manufacturing
- Highlights: SLA for high-detail prototypes and masters, RealFastQuotes instant quoting for quick-turn prototypes, Used for medical, automotive and industrial prototyping
- Subprocesses: Rapid Prototyping (Additive), 3D Printing – Elastomeric, Investment Casting
- Specifications:
  - Commercial And Compliance Signals: Instant quoting through RealFastQuotes / RFQ portal, Custom quote upload path for non-standard jobs, ITAR-registered for controlled work, Founded in 1999 and positioned as an independently owned small business - These details matter to prototype buyers screening supplier responsiveness, security posture, and business maturity.
  - Prototype And Pattern Applications: Design validation, Form and fit prototypes, Functional resin parts, End-use parts, Urethane casting masters, QuickCast-style investment-casting patterns - Applications combine the SLA service page with the QuickCast blog entry describing SLA patterns for foundry burnout workflows.
  - SLA Strengths: Outstanding surface finish, Excellent detail, Best accuracy, High-resolution builds, Large-part capability - SLA is the lead additive process on the site and the strongest match for detailed prototype, model, and master-pattern work.
  - Supported Material Families: SLA resins: Somos 9120, Somos WaterShed XC11122, Somos NeXT, Accura 25, Accura 60, Somos WaterShed Black, Accura Xtreme, Somos EvoLVe 128, SLS powders: DuraForm PA, DuraForm GF, MJF materials: PA12, TPU-88A Black, FDM materials: Ultem 9085, Polycarbonate, ABSplus, PC-ABS, Ultem 1010, Metal AM materials: 17-4 PH stainless steel, 316L stainless steel, Aluminum AlSi10Mg, Titanium Ti6Al4V, Cobalt Chrome, Inconel 718, Company-level material callouts also include ABS, PLA, polycarbonate, polypropylene, and nylon - Material lists come from the official materials page and the public company description.
  - In House Additive Process Menu: Stereolithography (SLA), Selective Laser Sintering (SLS), Multi Jet Fusion (MJF), Fused Deposition Modeling (FDM), Metal 3D Printing, PolyJet, Elastomeric 3D printing support - The official site presents these as the active service stack under What We Do and Services.
  - Platform Specific Process Traits: SLS: durable parts, impact resistance, chemical resistance, no supports, high-heat use, limited-run production, living hinges, MJF: good surface quality, excellent detail, durable parts, low porosity, thermoplastic-like properties, functional parts, FDM: concept models, functional models, durable parts, thermoplastic materials, good thermal properties, PolyJet: digital materials, color printing, multi-material parts, Shore A and Shore D material options, Metal 3D printing: faster-than-machining path for complex geometries and production-run metal parts - These are the buyer-facing differentiators listed on the corresponding service pages.

### Prototype Development & Engineering Services

Realize provides engineering-focused prototyping to validate form, fit and function for product development cycles. The company supports iterative prototype builds, design validation, and rapid quoting (RealFastQuotes) to accelerate product-development timelines.

- Process: Prototype Development (Concept-to-Function)
- Highlights: RealFastQuotes instant quoting system, Supports design validation, form/fit/function prototypes and engineering test parts, Marketed to medical, automotive and industrial development teams
- Subprocesses: Rapid Prototyping (Additive), CAD Model Import & Translation, CAD File Conversion, Rapid Quoting from Digital Models
- Specifications:
  - Project Types Supported: Concept models, Functional models, Fit-check parts, Engineering test parts, Short-run plastic parts, Presentation and display models when cosmetic finishing is also required - This bridges the official service pages with the public mfr.io capability copy.
  - Program Differentiators: Independent small-business workflow with rapid response positioning, Nationwide customer support from Indiana headquarters, More than a thousand companies referenced across the product-development cycle, ITAR-registered operation for controlled work - These signals are useful in client-facing copy because they communicate maturity and responsiveness without generic marketing filler.
  - Buyer Intake Paths: RealFastQuotes instant quote workflow, Custom quote upload path for complex or non-standard projects, Direct phone and email contact with the Noblesville team - The site explicitly supports both instant-quote and custom-quote motions, which is important for prototype buyers with mixed file readiness.
  - Industry Fit Examples: Aerospace / Defense, Medical / Dental, Manufacturing, Consumer Electronics, Automotive, Product Design and Development, Musical Instruments, OEM internal 3D-printing and model shops, Other 3D-printing service providers - These are official examples from the Services page and help frame where Realize is already comfortable supporting development programs.
  - Engineering Workflow Focus: Iterative prototype development, Design validation, Form, fit, and function evaluation, Quick-turn support for compressed product-development schedules - This capability exists to help product teams prove concepts and de-risk designs before production tooling.

### Urethane Casting & RTV Molding

Realize makes RTV silicone molds from SLA masters and casts urethane parts to produce low-volume, functional prototypes and short-run production parts. The company markets urethane casting as a route for producing production-like plastic parts and urethane masters for paint, finishing, and functional testing.

- Process: Prototype Development (Concept-to-Function)
- Highlights: RTV silicone molds used to produce urethane castings from SLA masters, Cast urethane parts for low-volume runs, functional testing, and appearance/fit validation, Support for urethane masters used for finishing and paint mock-ups
- Subprocesses: Rubber Mold Design, Rapid Prototyping (Additive)
- Specifications:
  - Buyer Use Cases: Functional prototype validation, Low-volume bridge production, Appearance models requiring downstream paint or cosmetic finishing, Programs where additive masters need multiple downstream copies - This spec reframes the service in terms buyers actually evaluate during prototype-to-production transitions.
  - RTV And Master Pattern Workflow: RTV silicone molds made from SLA masters, Cast urethane parts poured from those molds, Urethane masters also used for finishing and paint mock-ups - This keeps the relationship between SLA, RTV tooling, and cast-part output explicit for buyers.
  - Material And Performance Options: Specialized material properties, More material choices than direct 3D printing, Shore A materials available, Shore D materials available, Parts intended to more closely mimic production plastics - These claims are directly supported by the urethane-casting service page.
  - Molding Features: Ability to insert mold, Overmold support, Suitable for complex prototype programs that need more than a one-off visual model - Insert-mold and overmold callouts differentiate this from a generic hand-cast prototype shop.
  - Process Fit: Higher-volume alternative to direct 3D printing for selected prototype programs, Low-volume and short-run part production, Functional testing parts, Appearance and fit-validation parts, Production-like plastic prototypes before hard tooling - The official urethane-casting page positions this as the bridge between additive masters and more production-like part output.

### Secondary Operations & Value-Added Services

Realize offers custom finishing, painting and cosmetic post-processing for prototypes and low-volume parts, plus related value-added tasks (final cleaning, packaging, basic assembly). The company advertises custom finishing as part of its service set.

- Process: Secondary Operations & Value-Added Services
- Highlights: Custom finishing and painting for prototypes and cast urethane parts, Final cosmetic preparation and paint-mockups for product-development and presentation models
- Subprocesses: Surface Treatment & Finishing, Industrial Painting, Custom Painting & Functional Coatings, Polishing / Grinding, Vacuum Metallization (PVD), Clear / Gloss / Matte Top-Coat Finishing, Soft-Touch & Textured Paint Finishes
- Specifications:
  - Buyer Fit: Companies needing show-ready appearance models, Engineering teams that require cosmetic mock-ups alongside functional prototypes, Programs that need premium surface treatment without moving work to a second vendor - This helps explain why the value-added-services pillar should stay distinct even when the underlying build process is elsewhere in the profile.
  - Typical Output Applications: Photo-shoot models, Trade-show models, Presentation models, Functional-testing parts, Production models - Application framing is important here because Realize sells finishing as a value-added prototype service, not generic job-shop painting.
  - Award Signals: AMUG 2012 Technical Competition – Advanced Finishing Winner, AMUG 2015 Technical Competition – Advanced Finishing Winner, AMUG 2016 Technical Competition – Advanced Finishing Runner-up - These awards are unusually strong evidence for cosmetic-finishing quality and are worth preserving in client-facing copy.
  - Program Role In The Realize Workflow: Supports additive prototypes that need buyer-facing cosmetic quality, Supports cast urethane parts that need paint, tint, or presentation finishing, Extends prototype parts into sales-demo, investor-demo, and trade-show-ready deliverables - This positions the finishing pillar as part of the product-realization stack rather than an isolated decorative service.
  - Finishing Service Menu: Custom painting, Polishing / clear-coating, Tinting, Textured finishes, Vacuum metalization, Electroplating, Metal deposition - These operations are explicitly listed on the official Custom Finishing & Painting page.

## Certifications

- ITAR Registration (Type: Registration; Authority: U.S. Department of State – Directorate of Defense Trade Controls (DDTC); Status: Active; Scope: ITAR registration for controlled work; URL: https://www.pmddtc.state.gov)

## Industries Served

- Medical Devices & Healthcare Equipment: Realize, Inc. provides stereolithography (SLA) 3D printing, RTV molding, and cast urethane models used to produce prototypes, surgical models, and small-batch custom components for medical devices and healthcare equipment development and validation.
- Automotive & Transportation: Realize, Inc. manufactures SLA 3D printed prototypes, urethane-cast parts, and finished mock-ups used for automotive design verification, fit-and-function testing, and low-volume replacement parts in automotive and motorsport development.
- General Manufacturing: Realize, Inc. delivers precision additive manufacturing (SLA), RTV molding, urethane casting, and custom finishing services that support general manufacturing and industrial prototyping for form/fit/function validation across diverse product-development projects.
- Pre-fabricated Steel Construction: Realize, Inc. uses QuickCast SLA, RTV molds, and cast urethane masters to produce investment-casting patterns and sacrificial patterns for foundries, enabling accurate pattern production and short-run casting preparation.
- Pollution Control & Emissions Mitigation: Realize, Inc. supplies SLA-printed masters, RTV molds, and cast urethane parts with custom finishing for product development and R&D teams to validate designs, iterate prototypes rapidly, and support engineering test programs.
- Aerospace & Defense: Realize, Inc. (ITAR-registered) provides precision SLA 3D printing, urethane casting masters, and finishing services that can be used for aerospace & defense prototyping, small-batch component validation, and non-flight hardware used in developmental and test applications.

## Facilities

### Headquarters

Headquarters facility providing stereolithography (SLA), 3D printing, RTV molding, cast urethane models and custom finishing services.

- Type: manufacturing_facility
- Headquarters: Yes
- Email: info@realizeinc.com
- Phone: +1 317-915-0295
- Address: 15515 Endeavor Drive, Noblesville, IN 46060, USA

## Verification Status

- Business Entity: Verified 12/4/2025
- Technical Capabilities: Verified 6/25/2026
- Locations & Facilities: Verified 12/4/2025
- Reviews & Ratings: Not yet verified
- MFR.ID Created: 12/4/2025
- Last Updated: 6/25/2026