We create high-accuracy 3D models of your objects — from 0.5 cm to over 5 meters — using RangeVision equipment. Our full-cycle service covers everything from scanning to a production-ready model for reverse engineering, quality control, or digital integration.
3D Scanning Services by RangeVision: Direct from the Equipment Developer
We Digitize Any Object
With 15 years of experience in 3D scanning and the development of RangeVision hardware and software, we operate a diverse fleet of 6 professional 3D scanner models tailored to any task. This allows us to select the optimal methodology for virtually any challenge: complex geometry, reflective or dark surfaces, large-scale and miniature objects. We scan in our laboratory or deploy on-site at your facility.
From dental brackets to spacecraft. We utilize both portable scanners (laser and structured light) and stationary systems (structured light) — selected based on object size, geometry, and accuracy requirements.
Scanning Objects from 0.5 cm to 5+ Meters
No Geometry is "Too Complex" for Us
Whether it involves thin walls, deep undercuts, interwoven structures, or enclosed cavities. We select the optimal angles, equipment, and methods to digitize even the most inaccessible areas.
Engineering Applications
We perform 3D scanning of parts, assemblies, and complex components of any scale.
From small components, tools, and housings to large-scale equipment: injection molds, engines, machine tools, and other industrial assets. The results are used for reverse engineering, geometry control, CAD comparison, wear analysis, or preparation for repair and modernization. Scanning is performed on professional equipment with accuracy matching the specific task requirements.
Medical Applications
We provide safe, non-contact 3D scanning of the human body, specific anatomical regions, as well as casts, finished prosthetics, and implants.
This enables the creation of precise digital models for developing custom orthopedic solutions and prosthetics, verifying fit, archiving data, or reproducing devices. The scanning process is fast, requires no special preparation, and ensures complete patient comfort.
This enables the creation of precise digital models for developing custom orthopedic solutions and prosthetics, verifying fit, archiving data, or reproducing devices. The scanning process is fast, requires no special preparation, and ensures complete patient comfort.
Art and Museums
We carefully digitize artworks and cultural heritage objects.
Non-contact, with precise capture of form and color. The result is a photorealistic 3D model for archiving, restoration, replication, virtual exhibitions, and educational projects: we create interactive materials that make heritage accessible to a broad audience — with zero risk to the original
Non-contact, with precise capture of form and color. The result is a photorealistic 3D model for archiving, restoration, replication, virtual exhibitions, and educational projects: we create interactive materials that make heritage accessible to a broad audience — with zero risk to the original
We don't just provide a service — we guarantee you receive a model fit for your purpose, because we understand the technology from concept to implementation.
Our Key Advantages
- A Scanner Fleet for Every TaskWe operate 6 models of professional 3D scanners. We select the optimal tool based on accuracy, speed, object characteristics, and scanning conditions.
- Expert TeamWe have solved hundreds of complex projects and accumulated unique expertise. We guarantee that you receive a 3D model fully suited to your requirements.
- Fast. Precise. On Time.We know the technology inside out — so we don't waste time on trial and error. We work efficiently and guarantee adherence to deadlines, even under tight schedules.
- Accuracy is Our Core PrincipleAccuracy is at the heart of everything we do. When required, we deliver metrological-grade precision using calibrated scanners and strict protocols.
- Transparent PricingWe clearly explain how project costs are calculated and fix the price at the approval stage. No hidden fees or surprise charges — you know your exact budget before work begins.
- Confidentiality as a PriorityYour data and intellectual property are securely protected at every stage.
Our 3D Scanning Equipment
Metrological stationary scanners with accuracy down to 0.014 mm
Handheld optical scanners for human subjects and texture capture
Handheld laser scanners for challenging environments
Versatile optical scanners for broad applications
3D Scanning Pricing
The cost of a 3D scanning project depends on several factors:
Object Size and Surface Type
Object size directly impacts cost, as larger models require more digitization time. Surface type (transparent, reflective, or black) also complicates the process.
Geometry Complexity
Multiple holes, chamfers, and curved surfaces increase working time. Project cost is calculated based on labor hours.
Output Requirements
For metrological tasks, we ensure strict control of scanning conditions and conduct additional verification at every stage — this increases labor input. We also factor in the required 3D model format.
Scanning Conditions and Urgency
Final pricing is influenced by external factors: access conditions, location, and necessary measures to ensure process accuracy.
Simple parts
Components with relatively straightforward geometry, no undercuts or hard-to-reach areas.
Medium-complexity parts
Complex-shaped parts with a moderate number of undercuts and small features.
Numerous undercuts, thin walls, enclosed zones. Require scanning from dozens of angles and manual data refinement for complete geometry.
Complex parts and assemblies
Geometry Complexity
Project cost is calculated based on labor hours. The simpler the object and task, the faster we complete it — and the lower the scanning cost.
STL
(basic processing)
(basic processing)
Fully aligned and cleaned polygonal model in STL format. The client performs final refinement independently if needed.
STL
(full post-processing)
(full post-processing)
Fully refined 3D model ready for 3D printing, reverse engineering, or geometry control.
CAD model (STEP, STP, IGES) — the result of reverse engineering, ready for manufacturing.
CAD
(parametric model)
(parametric model)
Output Requirements
For metrological tasks, we ensure strict control of scanning conditions and conduct additional verification at every stage — this increases labor input. We also factor in the required 3D model format:
A bust of Socrates, 40 cm tall. Less than one hour for the entire project, including scanning, processing, and final model preparation.
Scanning a spacecraft propulsion unit. Three working days dedicated to scanning alone.
Glossy, mirrored, dark, or transparent surfaces often require matting — this adds a preparation step and increases overall labor.
Object Size and Surface Type
Object size directly impacts cost, as larger models require more digitization time. Surface type (transparent, reflective, or black) also complicates the process.
Scanning location
Scanning in our laboratory incurs no additional costs. On-site visits — especially to another city — include transportation, travel, and, if necessary, accommodation expenses in the quote.
Scanning conditions
Challenging conditions (need for special access equipment or unstable temperatures) complicate scanning and require additional measures, increasing the cost.
Rush orders require resource reallocation, off-hours work, and accelerated data processing, which increases the cost.
Urgency
Scanning Conditions and Urgency
Final pricing is influenced by external factors: access conditions, location, and necessary measures to ensure process accuracy.
How We Work
1. Consultation and Scope Definition
We jointly explore your task: you define the scanning goal, object type, required accuracy, and model format. This forms the basis of a detailed technical specification.
2. Preparation and Approval
Based on your specification, we select the optimal scanner, scanning methodology, and calculate project conditions. We align all details — from accuracy and format to location and deadlines — to ensure the final model 100% matches your objectives.
3. Scanning and Processing
We work efficiently and on schedule. We scan the object (in our lab or at your facility) and perform full data processing: alignment, cleaning, creation of an optimized polygonal model, and, if required, geometry reconstruction and CAD model creation.
4. Result Delivery
You receive the final 3D model in your preferred format (STL, DXF, STEP, OBJ, etc.) — delivered via cloud, physical media, or another method of your choice. We retain the source data for 2 years with cloud access for your convenience.
We jointly explore your task: you define the scanning goal, object type, required accuracy, and model format. This forms the basis of a detailed technical specification.
2. Preparation and Approval
Based on your specification, we select the optimal scanner, scanning methodology, and calculate project conditions. We align all details — from accuracy and format to location and deadlines — to ensure the final model 100% matches your objectives.
3. Scanning and Processing
We work efficiently and on schedule. We scan the object (in our lab or at your facility) and perform full data processing: alignment, cleaning, creation of an optimized polygonal model, and, if required, geometry reconstruction and CAD model creation.
4. Result Delivery
You receive the final 3D model in your preferred format (STL, DXF, STEP, OBJ, etc.) — delivered via cloud, physical media, or another method of your choice. We retain the source data for 2 years with cloud access for your convenience.
1. Object to be Scanned: Crankcase Cover
Photos of the object from multiple angles with approximate dimensions (a ruler or reference object included for scale understanding).
Dimensions / Mass: 350 mm × 130 mm × 10 mm; weight 0.6 kg
Material: Aluminum alloy
Condition: Clean, without significant defects or deformation.
Matting spray may be applied.
Application of tracking markers on the surface is permitted.
2. Requirements:
Scanning accuracy: 0.05 mm (± 0.01)
Target resolution: 0.1 mm
Output data format: .STL (scan) with hole filling and mesh simplification.
3. Purpose of the 3D Model:
The model will be used for subsequent aluminum alloy casting and machining of mating surfaces.
4. Scanning Location:
Scanning at the service provider's facility — we are ready to ship the part. Return shipping will be covered by us.
Photos of the object from multiple angles with approximate dimensions (a ruler or reference object included for scale understanding).
Dimensions / Mass: 350 mm × 130 mm × 10 mm; weight 0.6 kg
Material: Aluminum alloy
Condition: Clean, without significant defects or deformation.
Matting spray may be applied.
Application of tracking markers on the surface is permitted.
2. Requirements:
Scanning accuracy: 0.05 mm (± 0.01)
Target resolution: 0.1 mm
Output data format: .STL (scan) with hole filling and mesh simplification.
3. Purpose of the 3D Model:
The model will be used for subsequent aluminum alloy casting and machining of mating surfaces.
4. Scanning Location:
Scanning at the service provider's facility — we are ready to ship the part. Return shipping will be covered by us.
Describe your task, and we will provide a preliminary cost estimate.
Request a 3D Scanning Quote
Beyond 3D Scanning
Reverse Engineering
Based on 3D scanning data, we create a complete parametric CAD model with nominal dimensions, suitable for further engineering analysis, modification, or manufacturing.
Models are delivered in standard industrial formats (STEP, IGES, etc.) and are fully compatible with leading CAD systems: SolidWorks, Creo, CATIA, Siemens NX, and others. The work is performed by engineers with mechanical engineering experience — not just "over a point cloud," but with consideration for manufacturability, functionality, and production requirements.
Solid modeling
for parts with clear geometry suitable for parameterization
for parts with clear geometry suitable for parameterization
Surface modeling
for complex forms where smoothness and aerodynamics are critical
for complex forms where smoothness and aerodynamics are critical
Spline modeling
when high-accuracy transfer of organic shapes is required
when high-accuracy transfer of organic shapes is required
Additional Services
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