3D printing for hire – industrial quality, full-service, from domestic experts
Prototypes, end-use parts, templates and fixtures, packaging designs – everything from design to production to post-production in one place at the VARINEX 3D Digital Factory.
We work with the broadest spectrum of leading technologies in the industry, independent of brands; we cooperate with many global brands in the fields of 3D scanning and 3D printing.
Join us and enter the world of future manufacturing!
Custom 3D printing services on demand
From prototyping to production parts, 3D printing gives manufacturers more opportunities to enter the market.
3D printing, an integral part of Industry 4.0, is overcoming the limitations of traditional machining, casting and joining technologies. This process – which adds material rather than removes it and does not require auxiliary tooling – increases efficiency and minimizes waste. It speeds up the production of optimized manufacturing tools and allows assemblies that traditionally require bolting or welding to be printed in one piece.
In essence, 3D printing enables significant time and cost savings in manufacturing while increasing design freedom.
What is print for hire?
On-demand, digital manufacturing: You provide the 3D model (or ask us to model/scan), and we manufacture it using the technology, materials, and post-processing appropriate to the task — from concept model to functional prototype to end-use component.
The 3 main advantages of digital contract manufacturing:
- rapid iteration
- lower entry cost
- flexible scaling
Full service – from design to finished product
Modeling and back modeling
Remodeling of missing/undocumented parts, with manufacturability correction.
3D scanning
Precise geometry recovery even for complex shapes (measurement, quality control, fitting).
Prototyping and concept modeling
Quickly, with industrial precision – form testing, function testing, fit.
Post-production
Chemical polishing, painting, assembly – finished, presentable or end-use surface.
What technologies are available?
We always choose the best procedure for the application:
DMLS
Direct Metal Laser Sintering – EOS
DMLS is the industrial implementation of laser powder bed metal printing (LPBF), where a high-power laser beam fuses micron-sized metal powder layers layer by layer, creating completely solid, high-precision parts.
FDM®
Fused Deposition Modeling – Stratasys
FDM® works by fused and extruded thermoplastics layer by layer, producing extremely robust, heat and chemical resistant parts with industrial precision. Ideal for functional prototypes, templates and fixtures, EOAT solutions and end-use components where durability and reliability are paramount.
FFF
Fused Filament Fabrication – Ultimaker
FFF is a popular, office-friendly version of filament extrusion that offers a good price-performance ratio for quick concept models and simpler functional prototypes. It is practical in cases where simple geometries are being manufactured and accuracy is not a high priority.
MPBF
Metal Powder-Bed Fusion – Xact Metal
MPBF – also known as laser powder bed fusion (LPBF; often SLM/DMLS) – uses high-power lasers to fuse micron-sized layers of metal powder, creating fully solid, high-precision parts with even complex internal channels and lattice structures.
P3™ DLP
Discover High-Precision – Stratasys
P3™ programmable photopolymerization achieves tight tolerances and excellent surface quality, making it ideal for small to medium-volume, high-precision parts. Recommended for applications where injection molding-like performance and dimensional accuracy are required even in the prototype phase or in small-volume production.
PolyJet™
High-Precision – Stratasys
PolyJet™ photopolymer materials can vary hardness, transparency, and texture in a single build, while delivering Pantone-accurate colors at high resolution. Perfect for design and packaging mockups, CMF validation, and prototypes where true-to-life visuals and fine detail are critical.
SAF®
Stratasys Powder Bed Fusion – Stratasys
SAF™ technology provides consistent, repeatable quality in medium to high volume production, allowing cost-effective production of plastic end parts. It is particularly strong when complex geometries and stable mechanical properties are required in a high-volume production environment. The polypropylene base material offered by the technology is strong, chemically resistant, and popular in industrial applications because it enables cost-effective production without tooling.
SLA
Stereolithography – Stratasys
SLA accurately reproduces the finest details while providing outstanding sidewall quality and a watertight surface. Excellent for master patterns, precision (lost wax) casting SLA patterns, and medical and visual models where surface and geometric accuracy are critical. Also an excellent choice for large-scale (450mmx450mmx400mm) parts.
SLS
Selective Laser Sintering – EOS
Selective Laser Sintering (SLS) uses a laser to fuse nylon powder, allowing for the production of hard, dimensionally accurate and geometrically complex parts from a variety of Nylon/PA materials. This technology is particularly suitable for lattice structures, snap-on lugs and thin-walled functional elements.
CFF
Continuous Fiber Fabrication – Markforged
The CFF process uses fiber-reinforced filaments (e.g., glass fiber, carbon fiber filled polymers), resulting in stiffer and stronger prints. This is a good choice when you need a lightweight yet rigid prototype or tool.
Scanning technologies
High-precision 3D scanning
Shining3D
We digitize geometry quickly and accurately with structured-light/laser tools that can be used in industrial and office environments, so even complex shapes can be recovered.
Laser or structured light-based scanning
Scanology
With the technology chosen for the task (laser or structured light), we flexibly achieve the desired accuracy and speed, even for larger objects.
Geomagic Design X - Reverse engineering
Hexagon
We create a parametric CAD model from the measurement data, so that a part can be manufactured and modified even if documentation is missing.
Geomagic Control X – measurement and quality control
Hexagon
Compares the scanned part to CAD to provide a recordable deviation map and tolerance check, which speeds up validation and first part approval.
Post-treatment technology
AMT PostPro vapor smoothing (chemical polishing)
AMT
Automated chemical polishing creates a closed, uniform and easy-to-clean surface on powder bed and filament plastic prints, improving the aesthetics and functionality (e.g. liquid/gas tightness) of the components. This gives 3D printed plastic parts a production-quality look and feel.
Who do we recommend our contract manufacturing service to?
Not just for small series products: at VARINEX, we recommend it to anyone who would like to elevate their idea, product or production process to a tangible level — from a unique sample to a medium series, from a design mockup to a functional final part.
For idea owners, startups, designers:
quick, tangible prototype to validate the idea; multiple versions in one round, with real CMF evaluation.
For SMEs, consumer goods and packaging focus:
Pantone validation, “glass-like” transparency, realistic labels and graphics — mockups ready for photography and shelf testing.
For engineering teams:
complex geometries (lattice structure, internal channels) and tight tolerances for functional prototypes and end-use parts.
For production and operation:
templates and fixtures, robotic EOAT, inspection fixtures, composite tools, spare parts and custom fixtures.
For re-modeling and MRO (maintenance-repair-overhaul) processes:
3D scanning + re-modeling for parts with missing documentation, with rapid replacement manufacturing.
In short: everything we offer with our technologies available in contract manufacturing — from the idea to the finished, surface-treated piece, in production quality.
Which industries is it recommended for?
For anyone who wants to design and manufacture faster. 3D contract manufacturing adds value to everyone from SMEs to large enterprises – from individual samples to mid-series, from design mockups to functional final parts, including templates and fixtures.
Packaging & FMCG:
“shelf-ready” prototype with full color, Pantone-accurate color reproduction, glass-effect transparency and realistic label – ready for photography and shelf testing.
Consumer goods & design:
fast CMF validation (color–material–surface), ergonomics tests; multiple design variants in one go to speed up decisions.
Automotive:
rapid prototypes, interior/exterior components, fasteners, EOAT and templates/fixtures to speed up production.
Aerospace:
lightweight, durable plastic parts in small and medium series; composite tools and sacrificial cores.
Mechanical engineering & industrial equipment:
small series covers, supports, fittings; inspection fixtures, maintenance and replacement parts.
Electronics & IoT:
device housings, connector and cable receptacles, lab and production aids (also with ESD option).
Medical technology & education:
demonstration and training models, surgical planning pieces, device prototypes and educational materials.
Energy, HVAC & renewables: ducting elements, assembly mockups, custom fasteners and on-site installation aids.
Construction & Architecture:
concept and presentation models, form inserts, on-site templates and fixtures.
Logistics & robotics:
grippers, buffer and discharge elements, conveyor track fittings, EOAT with customization.
Art, design & heritage protection: installation elements, reconstructions, unique shapes with high surface quality.
Agriculture & Food Industry: custom replacement and adapter elements, rapid validation for packaging and mechanical components.
Why is VARINEX the best choice?
We can boast the largest additive manufacturing capacity in Hungary
All of the technologies listed above can be viewed live in operation. You can book a factory tour here.
We provide full technological coverage in the field of polymer and metal additive manufacturing
Thanks to our wide range, we always work with the most optimal method for the task.
We guarantee industrial quality with documented processes
Our controlled, measurable workflows and optional post-processing/surface treatment options (e.g. chemical polishing, painting) guarantee consistently high-quality results.
We provide fast response times and competitive deadlines
Thanks to our digital manufacturing process, we respond quickly and provide competitive deadlines, so minimal waiting time results in more iterations, faster decisions and ultimately a higher quality product.
We have been helping Hungary's leading industrial companies and their innovations with additive manufacturing for 25 years
VARINEX Zrt. is a leading Hungarian specialist in additive manufacturing, a reliable partner for businesses for 25 years, a 100% Hungarian-owned family business. As an expert in innovative manufacturing technology, it works with many market-leading 3D scanners, 3D printers, 3D software and surface treatment brands. VARINEX Zrt. not only distributes market-leading global brands in the field of additive manufacturing, but has been manufacturing thousands of parts every day in its 3D Digital Factory for 25 years on its own, unique machine park in Central Europe. The company demonstrates its expertise in Hungarian and international research and development projects, and in the field of education it closely cooperates with most of the renowned Hungarian universities.
Frequently Asked Questions about 3D Printing
STL, STEP/IGES and native CAD files are the most common.
Our expert engineers recommend technology based on application needs (mechanics, heat, surface, aesthetics).
Yes, specifically. FDM and PolyJet technology can be used to produce fast, lightweight and ergonomic devices.
Yes: educational/demonstrative models, device prototypes; depending on technology and raw material, biocompatible solutions can also be chosen.
Chemical polishing, mechanical polishing, coloring, grinding, painting/coating, thread inserts, inserts, assembly, measurement report – on request.
We manufacture with our own equipment in our 3D digital factory in Hungary. We prioritize compliance and auditability. We work in a closed, documented production process, maintain confidentiality, manage designs within the framework of NDA, and continuously improve our internal processes according to ISO principles.
Depending on the part and quantity, we can produce the desired product or part on the same day or within a few days. The digital process enables fast calculation and scheduling.
Discover Hungary's largest 3D Digital Factory!
Come and see the technologies live at the VARINEX 3D Digital Factory!
Join us and enter the world of future manufacturing!
How to choose an industrial 3D printer?
If you're unsure how to get started, download our guide to choosing an industrial 3D printer!