Tal m3Dical
Experts in
Custom-made Anatomical Models for Display, Validation, and Training
Precision Anatomical Models: Revolutionizing Medical Visualization
Tal m3Dical transforms medical imaging into precise anatomical models, bridging the gap between digital scans and physical reality for healthcare innovators. Our custom solutions power medical training, device testing, and breakthrough presentations.
Our Services
Custom 3D Anatomical Models
Convert CT/MRI scans into precise physical replicas with exceptional anatomical detail, tailored to your specific medical requirements.
3D File Optimization
Expert enhancement of 3D files for medical applications, ensuring compatibility across physical models, AR/VR environments, and engineering reviews
Rapid Prototyping
Fast turnaround from concept to production, enabling quicker validation cycles and accelerated time-to-market for medical innovations.
3D File Modification
Professional repair, refinement, and coloring of 3D files to ensure optimal results before production.
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Benefits of Our Models
Unparalleled Precision
Our models replicate anatomical structures with submillimeter accuracy, ensuring healthcare professionals can rely on them for critical procedures.
Custom Solutions
Each model is tailored to specific patient data or educational requirements, providing relevant anatomical details for your exact needs.
Enhanced Visualization
Transform complex medical imaging into tangible 3D models that improve comprehension and planning for both practitioners and patients.
Applications
Medical Device Testing
Validate new medical technologies with anatomically correct models that simulate real-world conditions, reducing risk and accelerating regulatory approval.
Medical Training
Enhance educational outcomes with tangible, accurate models that allow healthcare professionals to practice procedures and understand complex anatomical relationships.
Patient Communication
Improve patient understanding and informed consent through visual, tactile models that clearly illustrate conditions and planned interventions.
Research & Development
Accelerate innovation with precise anatomical models that support iterative design processes and proof-of-concept demonstrations.
Creation Process
Understanding Your Needs
Every project begins with a detailed consultation. We listen closely to your goals—whether it's for device testing, surgical training, or investor presentations—to ensure our solution is tailored to your exact use case. This step aligns our technology with your clinical or development objectives.
From Scan to Digital Model
You provide us with DICOM files from CT or MRI scans. Using advanced segmentation techniques, we extract and optimize anatomical structures while preserving critical details. Our team then creates a custom 3D model that meets your specific technical and anatomical requirements.
Model Fabrication & Refinement
Before production, we invite you to review a digital or physical prototype and provide feedback. Once approved, we fabricate your model using high-resolution 3D printing and silicone casting with medical-grade materials, ensuring both realism and durability.
Quality Control & Delivery
Each model goes through rigorous testing to ensure anatomical accuracy, functional integrity, and visual clarity. Once validated, your model is carefully packaged and delivered—ready for immediate use in labs, training sessions, or high-stakes presentations.
Technology and Materials
Advanced 3D Printing
State-of-the-art equipment delivering exceptional resolution and structural integrity for even the most complex anatomical features.
Specialized Software
Proprietary algorithms and advanced modeling tools that ensure perfect translation from medical imaging to physical models.
Premium Materials
Medical-grade silicone, photopolymers, and specialized coatings that reduce friction and enhance realism and durability.
Multiple Technologies
Comprehensive capabilities including SLA, FDM, and custom silicone molding to match the perfect technique to your specific needs.
Why Companies Choose Tal m3Dical
Tal m3Dical provided us with custom anatomical models that enabled precise testing of our medical devices. The quality and accuracy are outstanding
The service we received was professional, fast, and fully tailored to our needs. Tal guided us through the entire process with deep knowledge and a clear understanding of medical requirements
We approached Tal with an almost impossible deadline, and he delivered a high-quality solution with remarkable speed. A true professional
Using Tal m3Dical's models significantly enhanced our investor presentations. Their visual quality is simply impressive
Beyond the model quality, the personal service we received was exceptional. Tal was responsive to every change and made real-time adjustments
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What types of medical scans can you work with?✅ We work with all standard DICOM files from CT and MRI scans. Our proprietary software can process various scan qualities and resolutions, though higher resolution scans (0.7-1 mm) naturally produce more detailed models.
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How long does it take to create a custom anatomical model?✅ Typical turnaround time ranges from 1-3 weeks depending on complexity, size, and finishing requirements. We offer expedited services for time-sensitive projects at an additional cost.
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What makes your models different from standard 3D prints?✅ Our models incorporate medical expertise in the segmentation and optimization process, ensuring clinically relevant accuracy. We also offer specialized materials and finishing techniques that simulate tissue properties for more realistic training and testing.
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Is it possible to receive a digital image before printing?✅Yes! We can send you a 3D rendering of the model before printing, to make sure the result meets your expectations.
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How can I order?✅ Send us the project details and CT/MRI/3D file via order link below or send a message to 📧 info@talkats.com . ✅ We will get back to you with a detailed proposal and personal support from the idea stage to the finished model.
Get to Know Us Better
Behind-the-scenes photos of our production process and models.
YouTube
Short videos showcasing our capabilities and model production steps.
Connect with us on the professional network.
