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Why Outlaw Prototyping for Low Volume Runs?
Need 50 or 500 Assembled Products - No Problem we can Help!
When you need dozens or hundreds of parts—not tens of thousands—traditional manufacturing can be slow and prohibitively expensive. We specialize in rapid, low volume production runs that allow you to test markets, fulfill specialized orders, or bridge inventory gaps quickly.
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Speed to Market: Transition seamlessly from a final CAD model directly into production.
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Zero Tooling Costs: Leverage additive manufacturing and advanced digital fabrication to bypass expensive injection molds.
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Design Agility: Need to make a tweak after the first 50 parts? Because our workflow is highly digitized, iterating on the fly is built into the process.
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Local Reliability: Proudly manufactured in Sisters, Oregon, ensuring strict quality control and straightforward communication.
Low volume doesn't mean low quality. We print and fabricate using engineering-grade materials chosen for their specific mechanical properties, chemical resistance, and durability. Don't let minimum order quantities hold your innovation back. Let's get your next batch into production!
Low Volume Production Options
Low Volume Production of Client Projects
More About Low Volume Production...
What is Low Volume Production?
Production of 80 Specialized Mounts for an Outlaw Prototyping Client Printed in ASA
Low Volume Production bridges the gap between a single proof-of-concept prototype and full-scale mass manufacturing. Typically encompassing runs of anywhere from a dozen to a few thousand units, this manufacturing strategy allows companies to bring products to market without the upfront costs of traditional tooling, such as expensive injection molds. For hardware developers and specialized industries, it is the most efficient way to validate a product, fulfill niche market demand, or create custom internal tooling without committing to large-scale factory minimums.
Historically, producing small batches of parts was cost-prohibitive, but advances in agile manufacturing—particularly industrial-grade additive processes—have changed the landscape. Today, low-volume runs can be executed using advanced engineering thermoplastics that rival the durability of traditional manufacturing methods. Materials that offer high-impact resistance, UV stability (ASA), or specific flexural properties (TPU) can now be used to create end-use, functional parts directly from 3D CAD data, entirely bypassing the costly and time-consuming tooling phase.
The strategic advantage of this approach lies in its inherent flexibility and speed to market. When a product is manufactured without rigid, permanent molds, the design isn't locked in. Engineers can rapidly iterate, making critical adjustments to a solid model between small production batches based on real-world testing or early user feedback. This agility not only accelerates the timeline from a digital concept to a physical reality, but it significantly reduces the financial risk associated with launching new hardware or specialized modifications.
Ultimately, low-volume production is about lean efficiency. It is the ideal solution for "bridge production" while waiting for mass-manufacturing supply chains to catch up, for creating highly customized aftermarket components, or for fabricating specialized jigs, fixtures, and vacuum manifolds used on an assembly line. By embracing modern, digital-first fabrication, businesses can manufacture exactly what they need, exactly when they need it, without excess inventory.
Is Low Volume Production Right for my Project?
Production of Custom Bracket including 3D Printed Bracket, Heat Set Inserts, Clamps, and Additional Hardware.
Determining the right manufacturing method comes down to balancing cost, speed, and scale. Traditional mass manufacturing requires substantial upfront investments in permanent steel or aluminum tooling (injection molds) — an investment that only pays off if you are producing tens of thousands of identical units.
If your project falls into one of the categories below, low-volume production is likely the most cost-effective and efficient path forward:
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Custom Automotive & Aftermarket Modifications
Developing niche, aftermarket vehicle components rarely requires injection-molding volumes. Low-volume production is ideal for fabricating custom interior trim pieces, specialized gauge pods, heavy-duty mounting brackets, and housings. Using UV-stable and high-heat thermoplastics ensures these parts withstand harsh environmental conditions and under-the-hood temperatures. -
Manufacturing Jigs, Fixtures, & Custom Tooling
Efficiency on the assembly line often comes down to highly specialized tooling. Instead of machining heavy, expensive work-holding devices or alignment jigs out of metal, low-volume production allows you to create custom, lightweight fixtures, drilling templates, and vacuum manifolds on demand. When a process changes, the 3D CAD Design can be updated and a new fixture produced overnight. -
Bridge Production & Market Validation
When launching a new hardware product, waiting weeks or months for permanent tooling to be cut can stall your momentum. Low-volume manufacturing allows you to produce the first 10 to 500 units of a product immediately. This "bridge" run lets you fulfill early orders, get physical products into the hands of beta testers, and validate the market—all while retaining the ability to tweak the CAD model before committing to final mass-production molds. -
Legacy Components & Replacement Parts
When OEMs discontinue support for machinery or older vehicles, sourcing replacement parts becomes nearly impossible. Low-volume production solves this by allowing you to reverse-engineer a broken or missing component and produce a small batch of direct replacements.
Bottom Line: If you need fully functional, end-use parts in quantities ranging from 10 to 1,000—and you need them without the lead times or tooling costs of traditional manufacturing—agile low-volume production is exactly what your project requires.
What Materials are Suited for Low Volume Production?
Low Volume Production of Custom Packaging for Client in the Pharmaceutical Industry.
A common misconception about agile manufacturing is that the output is only suitable for fragile, aesthetic prototypes. In reality, modern low-volume production utilizes engineering-grade thermoplastics capable of matching—and sometimes exceeding—the performance of traditional injection-molded plastics.
When transitioning from a CAD model to functional, end-use parts, material selection is dictated by the specific mechanical, thermal, and environmental demands of the project.
Advanced Production Materials
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ASA (UV-Stable & Weather Resistant)
The premier choice for outdoor and automotive aftermarket applications. Unlike standard plastics that yellow or crack under sun exposure, ASA is highly UV-resistant. It maintains its structural integrity and finish in direct sunlight and harsh weather, making it ideal for exterior vehicle modifications and outdoor enclosures. -
ABS (High-Impact & Heat Resistant)
The industry standard for tough, durable mechanical components. ABS offers exceptional impact resistance and performs reliably in higher-temperature environments. It is frequently used for structural brackets, engine bay components, and heavy-duty manufacturing fixtures that need to withstand physical abuse. -
PETG (Chemical Resistant & Durable)
A highly versatile polymer that balances high strength with a slight degree of flexibility. PETG is naturally resistant to corrosive chemicals, oils, and solvents. It is widely used in industrial environments for custom fluid-handling components, snap-fit assemblies, and resilient assembly-line jigs. -
TPU (Flexible & Shock Absorbing)
When rigid plastics won't work, TPU provides rubber-like flexibility and extreme wear resistance. Because it can be printed directly from CAD data, it is used to produce custom gaskets, weather seals, vibration dampeners, and protective bumpers without the need for expensive, permanent urethane casting molds. -
Engineering-Grade SLA Resins
For components requiring extreme geometric complexity, micro-tolerances, and smooth, injection-mold-like surface finishes. Advanced photopolymer resins can be tailored for specific traits—such as high-temperature deflection or rigid mechanical performance—making them perfect for intricate internal assemblies and precision vacuum manifolds.
Selecting the precise material is a critical phase of the digital assessment process. By matching the physical demands of the part to the exact properties of these advanced polymers, low-volume runs transition seamlessly into permanent, end-use deployment.
What is the Typical Turnaround Time Compared to Traditional Manufacturing?
Low Volume Production of Custom Inserts for the Sporting Industry - in multiple colors and material types.
Unlike traditional manufacturing—which often measures lead times in months—agile low-volume production delivers functional, end-use parts in a matter of days or weeks. In a legacy manufacturing framework, a significant portion of the timeline is consumed by the friction of "tooling": designing, machining, and debugging permanent steel or aluminum molds. This phase alone can easily take six to twelve weeks before a single production-ready part is ever produced. Additive and digital-first fabrication completely eliminate this bottleneck, enabling a direct pipeline from a 3D CAD model straight to the manufacturing floor with zero setup time or tool cutting required.
This compressed timeline creates an incredible strategic advantage for high-priority projects or tight deadlines. Because production scales instantly from a digital file, a first article inspection part can often be ready for validation within 48 to 72 hours. Once the design is verified, a complete batch run of tens or hundreds of units can be finalized and delivered within one to two weeks. Shifting the timeline from months to days not only accelerates your overall speed-to-market, but it also allows your business to respond instantly to engineering design changes, unexpected supply chain disruptions, or sudden shifts in customer demand.