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From idea and 3D CAD model to prototype and production – for companies, startups, hospitals and universities. Remote collaboration worldwide.
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I design products that people love – from vehicles and equipment to medical devices. Form, ergonomics and manufacturability are developed together.
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Looking for an expert to turn your idea into a real product? I offer complete support – from the initial concept to final production.
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With a PhD in 3D printed materials, I offer professional 3D printing, consulting on additive manufacturing materials and support in adopting additive technologies in your company.
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More than five years of work with clinicians: anatomical and surgical training models, patient-specific moulds and phantoms for medical imaging research.
Additive technologies
Additive manufacturing (AM), also known as 3D printing, builds parts layer by layer from a digital 3D model – material is added only where it is needed. In engineering and medical projects I use and advise on the following additive technologies:
Material extrusion (MEX) of thermoplastic filament: PLA, PETG, ASA, ABS, PC and carbon-fibre composites. For functional prototypes, tooling, brackets and larger parts.
Resin vat photopolymerization (SLA, DLP, MSLA): high accuracy and smooth surfaces – for detailed prototypes, medical and anatomical models and moulds.
Powder bed fusion (PBF), typically PA12 nylon: durable functional parts without support structures and small production runs.
Selecting materials for additive technologies by strength, temperature, environment and cost – backed by my own research on mechanical properties of 3D printed materials.
Designing parts for 3D printing: build orientation, infill, wall thickness, part consolidation and weight reduction.
Adapting products to conventional or additive manufacturing for lower cost, simpler assembly and reliable series production.
How we work
Describe your idea or problem by email.
Call, requirements and proposed approach.
3D CAD, simulation, prototypes.
Documentation and production support.
FAQ
Additive manufacturing (AM), or 3D printing, builds parts layer by layer from a digital 3D model. The most common additive technologies are FDM (filament extrusion), SLA (resin photopolymerization) and SLS (powder sintering); the right technology and AM material depend on the part’s function.
FDM melts and deposits plastic filament – cost-effective for functional prototypes and larger parts. SLA cures liquid resin with light for the finest detail and smooth surfaces. SLS fuses powder (usually PA12) with a laser for durable parts without support structures.
DR.PAX – Adi Pandžić, PhD is based in Sarajevo, Bosnia and Herzegovina, and works with clients across the Balkans, Europe and worldwide. Most projects can be run fully online.
3D printing of prototypes, functional parts and scale models using FDM, SLA and SLS technologies, including advice on materials and print preparation.
Idea analysis, concept and industrial design, SOLIDWORKS 3D CAD modelling, simulation, 3D printed prototypes and technical documentation for manufacturing.
Yes. Together with clinicians, Adi Pandžić, PhD creates 3D printed anatomical models, surgical training models, implant moulds and imaging phantoms from CT and MRI data.
Email a short description, sketch or photos to info@drpax.ba or call +387 61 205 345 – you will get a reply with suggested next steps.
Send a short description, sketch or photos – I will reply with suggested next steps.
