On-Demand 3D Printing & Prototyping

From Digital File to
Physical Part — Fast.

ABT's on-demand 3D printing service turns your designs into functional parts, prototypes, and custom components — shipped nationwide with no minimum order, no tooling costs, and no waiting months for a production run.

No minimum  order quantity FDM, SLA &  specialty  printing Ships to  all 50 states Rush  turnaround  available
Why Businesses Choose 3D Printing
  • No molds, no tooling — print from day one
  • Prototype in days, not months
  • Iterate designs without expensive retooling
  • One piece or one thousand — same quality
  • Geometries impossible with traditional methods
  • Reduce inventory — print parts on demand
Fast Turnaround — Parts in 1–7 days depending on complexity
Quality Guaranteed — Expert file review before every print run
Nationwide Shipping — All 50 states, standard and rush options
No Minimums — One part or full production runs, same service
20+ Years — Serving US businesses since 2000
Print Technologies

The Right Technology for Every Application

Not all 3D printing is the same. ABT matches your project to the technology that delivers the right combination of strength, detail, speed, and cost for your specific application.

Most Popular
FDM Fused Deposition Modeling The workhorse of 3D printing — reliable, cost-effective, and capable of producing strong, functional parts in a wide range of thermoplastic materials. Ideal for prototypes, functional components, jigs and fixtures, and production parts where surface finish is secondary to strength and function.
Best for:Functional prototypes, structural parts, tooling, enclosures, custom fixtures
Materials:PLA, ABS, PETG, TPU (flexible), Nylon, ASA, and more
Strengths:Durable parts, low cost, wide material range, heat-resistant options
Turnaround:1–5 business days depending on size and complexity
High Detail
SLA Stereolithography Resin-based printing that delivers exceptional surface quality, fine detail, and tight tolerances. When your project requires smooth surfaces, intricate geometry, or a presentation-ready finish that FDM can't achieve, SLA is the answer. Used heavily in engineering, medical, dental, and design applications.
Best for:High-detail prototypes, display models, dental/medical, fine geometry, smooth surfaces
Materials:Standard resin, tough resin, flexible resin, castable resin
Strengths:Exceptional detail, smooth finish, tight tolerances, professional appearance
Turnaround:2–5 business days depending on volume and post-processing
Specialty
Specialty Flexible, Large Format & Custom Beyond standard FDM and SLA — ABT handles specialty printing requirements including flexible TPU parts for seals, gaskets, and grips; large-format prints for architectural models and display pieces; and custom multi-material applications. Contact us to discuss your specific requirements.
Best for:Flexible parts, seals, grips, large models, custom multi-part assemblies
Materials:TPU, soft-touch PLA, flexible resin, composite materials
Strengths:Unique material properties — flexibility, impact resistance, or oversized builds
Turnaround:Contact ABT for project-specific timelines
Use Cases

What Businesses Actually Use 3D Printing For

3D printing isn't just for prototypes. Today's businesses use additive manufacturing across design, production, operations, and marketing.

⚙️ Rapid Prototyping Test your design before committing to production tooling. Iterate in days, not months — catching problems early when they cost almost nothing to fix.
🔧 Custom Parts & Components Replace discontinued parts, produce custom brackets and fixtures, or create low-volume components that traditional manufacturing won't touch economically.
🏭 Jigs, Fixtures & Tooling Custom assembly aids, workholding fixtures, and production templates that improve consistency and speed on the manufacturing floor — printed on demand.
🏗️ Architectural & Scale Models Physical models for presentations, planning approvals, and client communication — more accurate and faster to produce than traditional model-making methods.
📦 Custom Packaging & Inserts Precision foam inserts, presentation trays, and custom enclosures that protect your products and elevate unboxing — without expensive injection mold tooling.
🎯 Marketing & Display Pieces Trade show displays, product mockups, branded promotional items, and visual merchandising — physical pieces that communicate your product or brand before production.
🔩 Replacement & Obsolete Parts Equipment no longer supported by the manufacturer? 3D printing can reproduce legacy parts from a scan or drawing — keeping older machinery running without costly replacements.
🎨 Custom & One-of-a-Kind Pieces Awards, recognition pieces, personalized corporate gifts, and branded objects — designed to specification and produced in any quantity from one to many.

Not sure if 3D printing is right for your project? Describe what you need — ABT will advise on the best approach, technology, and material for your application.

Talk to a Specialist
Why 3D Printing. Why ABT.

The Case for Additive Manufacturing —
and a Partner Who Knows It.

3D printing eliminates the cost barriers that have kept custom manufacturing out of reach for most businesses. ABT makes accessing that capability simple — no equipment, no expertise required on your end.

01
No Tooling. No Minimums. Traditional manufacturing requires expensive molds and tooling that must be amortized across large production runs. 3D printing has zero tooling cost — making it economical to produce one part as easily as one thousand, without minimum order commitments.
02
Speed That Changes How You Design When a prototype takes days instead of months, you iterate more, catch problems earlier, and launch better products. ABT's turnaround times compress your product development cycle — giving you more design cycles within the same project timeline.
03
Complexity Is Free In traditional manufacturing, complex geometry means higher cost — more machining passes, more setup time, more tooling. In 3D printing, complex geometry costs the same as simple geometry. Internal channels, lattices, undercuts — all achievable without premium.
04
Expert File Review on Every Order ABT's specialists review every file before printing — checking wall thickness, support requirements, print orientation, and material suitability. We catch issues that would result in failed or substandard prints before a single gram of material is used.
05
Part of ABT's Broader Technology Stack ABT manages print technology, office printing, IT, VoIP, and document services for businesses nationwide. 3D printing is part of a complete technology solution — one partner, one relationship, covering the full range of your operational technology needs.
Materials Reference
PLA
FDM
Easy to print, good detail, biodegradable. Best for display models, prototypes, and low-stress applications. Not heat-resistant.
ABS
FDM
Stronger and more heat-resistant than PLA. Good for functional parts, enclosures, and components that need impact resistance.
PETG
FDM
Strong, durable, and easy to print. Excellent chemical resistance and food-safe options available. Ideal for functional parts.
TPU (Flexible)
FDM
Rubber-like flexibility for seals, gaskets, grips, and protective covers. High impact absorption and tear resistance.
Standard Resin
SLA
Exceptional surface finish and fine detail. Best for visual prototypes, display models, and precision presentation pieces.
Tough & Flexible Resin
SLA
Simulates ABS or rubber properties with SLA-quality surface finish. For functional parts that need both detail and performance.
3D Printing vs. Traditional Manufacturing

When Does 3D Printing Win?

3D printing and traditional manufacturing each have their place. Here's how to know when additive manufacturing is the right choice for your project.

3D Printing (Additive) On-demand, tooling-free, fast iteration
Best for prototypes & low volume
Zero tooling cost — no molds, no dies, print from a digital file on day one
Days to first part — not weeks or months waiting for tooling
No minimum order — economical from quantity 1 to 500+
Design changes are free — update the digital file and reprint, no retooling cost
Complex geometry at no premium — internal channels, lattices, organic shapes
On-demand inventory — print what you need, when you need it
Traditional Manufacturing Injection molding, CNC, casting
High volume only
High tooling costs — molds for injection molding can cost $10,000–$100,000+
Weeks to months lead time — tooling must be designed, machined, and validated
Minimum order requirements — tooling cost must be spread across large production runs
Design changes are expensive — any change to geometry often requires new tooling
Geometry constraints — draft angles, parting lines, and undercuts limit design freedom
Inventory carrying costs — parts produced in bulk must be stored, managed, and disposed of

Traditional manufacturing still wins for high-volume, production-grade runs. But for prototypes, custom parts, and low-to-mid volume production, 3D printing is almost always faster and less expensive.

Get a Free Project Quote
How It Works

From Digital File to Your Door

1
Submit Your Project Contact ABT with your project details — technology, material, quantity, finish requirements, and deadline. Attach your STL, OBJ, or STEP file, or describe what you need if your file isn't ready yet.
2
File Review & Quote ABT's specialists review your file for printability — wall thickness, support requirements, orientation, and material suitability. We provide a quote and flag any issues before production begins.
3
Production & Quality Check Your parts are printed, post-processed, and quality checked against your specifications before packaging. We don't ship parts that don't meet professional standards.
4
Shipped to Your Door Parts are carefully packaged and shipped directly to your location anywhere in the US. Standard and rush shipping available. Most orders arrive within 3–10 days of order confirmation.
Industries We Serve

3D Printing Across Every Industry

Businesses across every sector are using 3D printing to accelerate development, reduce costs, and solve problems that traditional manufacturing can't.

🏭 Manufacturing Custom jigs, fixtures, tooling aids, assembly guides, and replacement parts for machinery — printed on demand, no waiting for supply chain.
🏥 Healthcare Anatomical models for surgical planning, custom patient aids, medical device prototypes, and training tools for clinical education.
🏗️ Architecture & Construction Detailed scale models for client presentations, planning applications, and design reviews — faster and more accurate than traditional model-making.
🚗 Automotive Functional prototypes for component testing, custom interior parts, assembly fixtures, and replacement components for specialty or classic vehicles.
🎓 Education & Research Hands-on learning tools, scientific models, research apparatus, and student project prototypes — bringing concepts to life in the classroom and lab.
🛒 Retail & Consumer Products Product prototypes, packaging inserts, display models, and limited-edition custom pieces — from concept to customer-ready faster than any other method.
✈️ Aerospace & Defense Lightweight structural prototypes, tooling components, and on-demand spare parts for equipment with long service lives and complex sourcing challenges.
💡 Startups & Inventors Turn your idea into a physical proof of concept without massive upfront investment. Test, iterate, and validate before committing to production tooling.
File Preparation

Set Your Files Up for Print-Ready Results

Use these guidelines to prepare your files — and know that ABT reviews every submission before production to catch issues before they become problems.

Specification Recommended Setting
File FormatsSTL (preferred), OBJ, STEP, STP
UnitsMillimeters (mm) — specify if using inches
Min. Wall Thickness (FDM)1.2mm minimum for structural walls
Min. Wall Thickness (SLA)0.5mm minimum for fine features
Max. Build VolumeContact ABT — varies by technology
Manifold GeometryEnsure mesh is watertight (no open edges)
Overhangs (FDM)Support required for angles > 45° from vertical
Surface FinishSpecify requirements — standard, sanded, or painted
ToleranceFDM: ±0.2mm | SLA: ±0.1mm typical

Don't have a print-ready file? Contact ABT — our team can advise on file preparation and what your design needs for your specific application.

Design Tips

Before You Submit

  • Check Wall Thickness Walls that are too thin will fail during printing or be structurally weak. FDM: 1.2mm minimum. SLA: 0.5mm minimum for fine features.
  • Design for the Process FDM prints layer by layer — consider print orientation for strength. SLA requires support structures for overhangs — minimize them in your design where possible.
  • Verify Your Mesh Is Solid Export a watertight, manifold mesh with no open edges, holes, or non-manifold geometry. Most CAD tools will flag these issues before export.
  • Specify Your Material Needs Tell ABT what your part needs to do — load-bearing, heat exposure, flexibility, chemical resistance, or appearance. Material selection is as important as geometry.
  • Not Sure? Just Send It. ABT reviews every file before printing. If there's an issue, we'll flag it before production — so you never receive a part that failed because of a file problem we could have caught.
Client Results

What Our 3D Printing Clients Say

"We were about to pay $18,000 for injection mold tooling on a new product enclosure. Our engineer suggested we 3D print a batch of 50 units through ABT first to test market response. We had functional parts in 4 days. Good thing we did — we found two design changes needed before the actual mold. ABT saved us from locking in an expensive mistake."

G
Greg S. Product Manager · Consumer Electronics Company

"We had a piece of manufacturing equipment with a plastic bracket that's been discontinued for years. Every time it broke, we were down for two weeks waiting for machined replacements. ABT 3D printed 20 spares in 3 days. We keep them on the shelf now — when one breaks, we swap it in 10 minutes. Downtime problem solved."

D
Diane P. Plant Manager · Industrial Manufacturing

"We needed scale models of a proposed development for a planning presentation — 6 buildings, detailed facades, accurate to our CAD drawings. ABT produced them in SLA in 5 days. The quality was genuinely impressive and the planning committee was able to fully visualize the project. We've used ABT for every major project presentation since."

N
Nathan K. Principal · Architecture & Development Firm
Common Questions

3D Printing Services FAQ

Answers to the questions most businesses ask before placing their first 3D printing order.

ABT accepts STL (preferred), OBJ, STEP, and STP file formats. STL is the most widely used 3D printing format and recommended for most projects. If your design is in another format, contact us — our team can advise on the best approach for your specific CAD software and project requirements.

No. ABT prints single parts, small batches, and larger production runs — all with the same quality and service. Whether you need one prototype or 500 components, contact us for pricing tailored to your quantity, material, and technology requirements.

Turnaround depends on the complexity, size, technology, and quantity of your project. Simple FDM parts can be completed and shipped within 1–3 business days. Larger or more complex projects — especially SLA prints requiring post-processing — typically take 3–7 business days. Rush turnaround is available for urgent deadlines. Contact ABT with your project details for an accurate production and delivery timeline.

Choose FDM when you need strong, functional parts in engineering-grade thermoplastics — structural components, jigs, fixtures, or parts that need to withstand loads, heat, or repeated use. Choose SLA when surface finish and detail matter most — display models, presentation pieces, dental or medical applications, or parts with very fine features. If you're unsure, describe your application to ABT and we'll recommend the right technology and material.

Yes. If you have a concept, sketch, technical drawing, or existing physical object you need replicated, contact ABT to discuss your project. Our team can advise on the design-to-print process and what file requirements your specific application needs. For complex design work, we can connect you with appropriate design resources.

Yes. ABT ships 3D printed parts and prototypes to all 50 states. Standard and expedited shipping options are available depending on your deadline. Parts are carefully packaged to protect print integrity during transit. Contact ABT when placing your order to discuss shipping requirements for your timeline.

Ready to Print?

Your Design Deserves to
Become Something Real.

Get a free quote from ABT's 3D printing specialists — no minimums, no tooling costs, and no waiting months for production. Send us your file and we'll have it in your hands within days.