Professional FDM 3D printing, engineering design, prototyping, production, and additive manufacturing consulting.
Engineering-focused additive manufacturing support from initial concept through finished production.
Functional prototypes, custom parts, fixtures, replacement components, and end-use products in rigid and flexible materials.
New part design, CAD modification, dimensional changes, feature additions, and design for additive manufacturing.
Fast physical prototypes to evaluate fit, form, function, geometry, material behavior, and design changes.
Support for individual custom parts and larger production quantities based on geometry, material, quality, and schedule.
Material selection, process improvement, troubleshooting, workflow development, quality support, and technical training.
We offer several material options depending on the strength, flexibility, temperature resistance, environmental exposure, appearance, and intended application of the part.
PLA is a reliable general-purpose material suitable for prototypes, models, display parts, educational models, fixtures, and many standard applications.
PETG provides good strength, toughness, and moisture resistance. It is suitable for functional components, brackets, housings, fixtures, prototypes, and many end-use applications.
ABS is a durable engineering thermoplastic with good toughness and improved temperature resistance. It can be used for functional components, mechanical parts, housings, fixtures, and other applications requiring increased durability.
ASA provides good mechanical properties along with excellent UV and weather resistance. It is particularly useful for outdoor parts and components exposed to sunlight or environmental conditions.
TPU is a flexible, rubber-like thermoplastic suitable for parts that need to bend, compress, cushion, or absorb impact. It can be used for grips, cushions, pads, protective components, wearable products, flexible joints, impact-absorbing structures, lattice structures, soft interfaces, ergonomic products, flexible covers, and other custom flexible components.
Additional materials may be available depending on the requirements of the project.
We combine hands-on additive manufacturing experience with engineering, quality, and production-focused decision making.
Approximately 10 years of hands-on experience across additive manufacturing, research, manufacturing, and engineering applications.
Projects are approached with attention to function, manufacturability, material behavior, dimensions, and application requirements.
Support can begin with an idea or CAD file and continue through prototyping, revision, and final manufacturing.
Material options include rigid thermoplastics and flexible TPU for a broad range of functional and product applications.
We support individual custom components as well as larger production quantities depending on project requirements.
A straightforward path from your idea or file to a finished part.
Share a 3D model, drawing, sketch, photos, dimensions, or a description of what you need.
We review geometry, quantity, material, intended use, and schedule to determine an appropriate approach and quote.
Your part is prepared and produced using the selected FDM material and manufacturing plan.
Finished parts are checked for overall print quality, key dimensions, visible defects, and project requirements before release.
Approved parts are prepared for delivery or pickup based on the project arrangement.
Hakimos Additive Manufacturing provides professional FDM 3D printing, engineering design, prototyping, production, and additive manufacturing consulting services.
The company is led by an engineer with approximately 10 years of hands-on additive manufacturing experience and a background in industrial and systems engineering, quality, research, and advanced manufacturing.
Our goal is to help customers move efficiently from an idea or digital design to a finished physical product with practical support in design, material selection, manufacturability, and production planning.
Tell us about your project and upload your design file through our secure quote request form.
Provide your project details, quantity, material, color, dimensions, intended application, required date, comments, and design file.
Design files up to 100 MB can be submitted. Google sign-in is required when uploading a file.
Your project information and uploaded design file are submitted for review. We will evaluate the request and contact you with next steps, questions, or quotation details.
STL, STEP, STP, 3MF, OBJ, IGES, ZIP, PDF, drawings, and reference images may be submitted through the quote form.