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Print Your Ideas Into Reality With Our Modern, Advanced 3D Printing Services

Improvements are easier to make before a design goes into full production. Tesla Mechanical Designs helps you get there faster, turning your digital models into accurate physical parts through our in-house SLA and FDM printing capabilities. Backed by expert evaluation and careful post-processing, we make sure every part you hold is ready to be tested, refined and trusted.

In-House Print Facility

3D Printing Services

Accelerating prototyping, custom manufacturing, and advanced component testing across industries.

The real value of a 3D model comes when you can hold the part, test its fit, evaluate its function and make improvements before moving into full-scale manufacturing. Tesla Mechanical Designs turns digital designs into physical parts through professional 3D printing services tailored to your application.

Our state-of-the-art in-house facility brings together a full suite of top-tier 3D printing solutions, customized to fit your exact requirements. Every project starts with an expert evaluation, so we can recommend the technology best suited to your vision and get you a faster turnaround without cutting corners.

Our 3D printing capabilities span SLA (Stereolithography) and FDM (Fused Deposition Modeling), backed by precise post-processing techniques for consistently superior prints.

3D printer mid-process printing a black bracket part with support ribs
The Printing Advantage

Outpace Your Competition by Working With Us!

3D printed parts including brackets and gears displayed with matching CAD drawings
  1. [01] Our Priority - YOU!
  2. [02] Secure Ecosystem
  3. [03] Cost Reduction
  4. [04] Quicker Turnaround
  5. [05] 100% Satisfaction
Who We Print For

Industries We Serve

Collage of industries served including manufacturing, construction, automotive, energy, and engineering sectors
  • 01 Automotive
  • 02 Aerospace
  • 03 Heavy Machinery
  • 04 Industrial Machinery
  • 05 Consumer Electronics
  • 06 Medical Equipment
  • 07 Oil & Gas
  • 08 Construction and Infrastructure
  • 09 Product Development
  • 10 OEM and Equipment Manufacturing
SLA and FDM

Types of 3D Printing We Offer

Stereolithography (SLA)

SLA is one of the most trusted 3D printing technologies, known for its exceptional precision and smooth surface finish. It works by using a liquid photopolymer resin that reacts to light and cures layer by layer until your object is fully formed.

Once printing is complete, we handle post-processing, including cleaning, support removal, and UV curing, to make sure the resin hardens fully and holds up to your standards. SLA is a great fit when you need high precision, a smooth finish, support for complex geometries and a quick print turnaround.

FDM (Fused Deposition Modeling)

FDM is a widely used 3D printing technology that builds parts using solid thermoplastic filaments like PLA, ABS, or PETG. A heated nozzle melts the filament and extrudes it layer by layer onto the build platform to form your part.

Depending on the finish you're after, we can follow up with post-printing processes like sanding or painting. FDM works with a broad range of thermoplastics, including biodegradable options, engineering-grade plastics, and flexible filaments, making it a cost-effective, durable and easy-to-scale choice for larger build volumes.

Where 3D Printing Fits

The Different Uses of 3D Printing

Customized Components

3D printing is changing the game for manufacturing, offering a cost-effective way to produce intricate, customized parts, especially for one-off builds or small production runs. It gives engineers the freedom to iterate on designs quickly, speeding up development and helping you land on the best possible final product. It's also a fast, budget-friendly way to produce replacement parts for machinery and equipment that's no longer in production.

Tool and Die Making

3D printing brings speed, cost savings, and precision to tool and die making. This is especially valuable in industries that rely on complex parts, where it helps accelerate prototyping and testing and shortens the overall product development cycle. Its ability to work with a wide range of materials adds even more efficiency and customization to modern manufacturing.

Education and Research

In research settings, 3D printing is used to study material properties, test manufacturing techniques and refine design methodologies. Researchers rely on it to examine material details, test new manufacturing approaches and continually improve design processes.

From File To Printed Part

Our Process

Engineer working on 3D CAD models across two monitors in a manufacturing facility
STEP 1

Consultation and Design Review

We start by understanding your project, reviewing your design files, and discussing your goals, timeline and budget.

STEP 2

Technology Selection

Our engineers evaluate your requirements and recommend the right 3D printing technology, whether that's SLA, FDM, or a combination.

STEP 3

Printing

Using our in-house facility, we print your parts layer by layer with close attention to accuracy and quality at every stage.

STEP 4

Post-Processing

Depending on your part, we carry out cleaning, support removal, curing, sanding, or painting to deliver a finish that's ready to use.

STEP 5

Quality Check and Delivery

Every part goes through a final quality check before it reaches you. The completed parts are packed and delivered within the agreed project timeline.

Confidential Engineering Support

Request an Engineering Review

Printing Questions Answered

Frequently Asked Questions

It depends on what you need from the part. SLA is generally better for fine details, accuracy and smooth finishes. FDM is often preferred for larger, functional and cost-sensitive parts. We can recommend the appropriate technology based on your application.

Yes. Depending on the printing method and your desired finish, we handle cleaning, support removal, UV curing, sanding, and painting to make sure your parts are ready to use.

Yes, 3D printing is one of the most cost-effective ways to produce custom or low-volume parts, and it's especially useful for replacement parts on discontinued machinery and equipment.

Turnaround time depends on part complexity, size and the technology used. We'll give you a clear timeline upfront and keep you updated throughout.

Engineer reviewing a 3D CAD assembly and process diagram on dual monitors