One part to repeat production
Prototype, validate and continue into the quantity the project actually needs.
CUSTOM PARTS · ADDITIVE MANUFACTURING · LITHUANIA
Custom plastic parts
from prototype to production.
Turn CAD files, drawings, scans or existing parts into functional components. 3D printing from one-off parts to small, medium and larger batches, plus 3D scanning, technical CAD modeling and reverse engineering.
Lithuania-based technical support
Direct project communication from Vilnius for customers across Lithuania.
Start with what you have
CAD, drawing, photo, measurements, scan data or an existing physical part.
START WITH WHAT YOU HAVE
Need a part but don’t have the right file?
A project can start from a production-ready CAD model, a technical drawing, measurements, photos, scan data, an existing physical part or simply a clear explanation of the problem. We can help identify the digital and manufacturing steps required to move forward.
SERVICES
Digital engineering connected to physical production.
3D Printing
FDM, SLS, MJF and Binder Jetting for prototypes, functional parts, replacements and repeat production.
3D Scanning
Capture physical objects and convert them into useful digital geometry.
3D Modeling
CAD and product modeling from sketches, dimensions, drawings, photos or ideas.
Reverse Engineering
Rebuild existing parts into clean CAD-ready geometry for repair, modification or manufacturing.
FROM INPUT TO PRODUCTION
A clear route from what you have to a finished part.
You do not need to know the exact service or printing technology before contacting us. We start with the requirement and build the workflow around the part.
Send what you have
Share a CAD file, drawing, measurements, reference photos, an existing part or simply describe the problem.
Feasibility & material review
We review geometry, quantity, function, tolerances and environment, then identify a sensible modeling and production route.
Confirm the solution
The proposed geometry, material and production approach are agreed. For repeat production, a first part or sample can be validated when appropriate.
Produce the required quantity
We manufacture the agreed part or series. Future repeat quantities can follow the same approved specification when the requirement remains unchanged.
COMMON TECHNICAL USES
Practical parts for equipment, development and production.
Replacement parts
Recreate unavailable or discontinued plastic components from drawings, measurements, scans or an existing sample.
Brackets, guides & fixtures
Purpose-built production aids and technical components for machinery, assembly, maintenance and workshop use.
Covers, housings & adapters
Custom geometry around existing equipment, interfaces or installation constraints.
Functional prototypes
Test fit, assembly, ergonomics and real-world function before committing to a larger production decision.
Repeat production components
Produce approved parts in project-specific quantities without conventional tooling when additive manufacturing is a practical fit.
Modified existing parts
Use a physical part or existing CAD as the starting point for new dimensions, interfaces or functional features.
WHY PRINTURA
A connected workflow for real technical parts.
The useful outcome is not a printing process by itself. It is a part that fits the requirement and a production route that can be repeated when the project needs more quantity.
Production route selected around the part
FDM, SLS, MJF and Binder Jetting can be considered alongside material, geometry, quantity and finishing requirements.
Digital work and production together
Scanning, modeling and reverse engineering can be combined with manufacturing instead of sending the project between disconnected steps.
Direct requirement-focused communication
Fit, critical dimensions, function, revisions and repeat quantities are discussed around the actual application.
PROJECT PROOF
Real work is more useful with context.
See selected projects and the services used to turn technical requirements into physical or digital results.
FDM MATERIALS
Common filament materials for FDM projects.
FDM material is selected around function, environment, stiffness and temperature. SLS and MJF use different powder-based material systems, covered on the 3D-printing page.
COMMON QUESTIONS
What is useful to know before sending a project.
01Do I need a finished 3D model before contacting Printura?+
No. A project can start from a 3D file, drawing, measurements, reference photos, an existing physical part or a clearly described idea. Modeling or reverse engineering can be included when needed.
02What if I am not sure which service I need?+
Send the information you already have and explain what the final result needs to do. The project can combine several services, so you do not need to choose the entire workflow yourself.
03Can I attach project files to the enquiry?+
Yes. The contact form accepts common 3D, image and PDF formats. The current attachment limit is 12 MB.
04Can one project combine scanning, modeling and printing?+
Yes. For example, an existing part can be scanned, rebuilt or modified as CAD geometry and then produced as a new physical component when that workflow suits the project.
HAVE A PART THAT NEEDS TO BE MADE?
Send the drawing, file, photo or physical part.
Tell us what the component needs to do and the quantity you expect. We’ll help determine the practical next step.