Embedded Files
3D Scanners are used for scanning 3D Objects/Subjects for the purpose of 3D Modelling, Orthotics & Prosthetics, Shoe design, Entertainment, Art and Conservation, Reverse Engineering, Wood working and Medical/Healthcare .
Following 3D scanners are available:
Portable 3D Scanners
Portable 3D Scanners
FastSCAN:
FastSCAN:
THE ULTRA-PORTABLE SCANNER—PREFERRED BY PROFESSIONALS
THE ULTRA-PORTABLE SCANNER—PREFERRED BY PROFESSIONALS
The Scanner that Goes Where You Go
FastSCAN II is a handheld, lightweight, laser scanner that produces scans instantly—with an ultra-portable system bundled in a compact case. With a simple sweep of a wand, FastSCAN II lets you create instant real-time 3D images--anytime, anywhere. This allows FastSCAN II to go where you go, scanning objects easily and onsite in their natural environments.
Take your scanning work out in the field or easily transport the scanner from classroom to lab. With the optional rechargeable battery, FastSCAN II travels easily, and can be set up in less than just two minutes—taking scanning capabilities from indoors to outside. FastSCAN II produces high-quality scans of everything from simple objects to complex artifacts.
Preferred by professionals, FastSCAN II requires a fraction of the post processing, compared to other scanners on the market.
The sophistication of the software is unmatched, as it’s intuitive and easy to learn. It saves you time, delivering automatic overlap removal of the scans, as it seamlessly stitches data points together. FastSCAN II sports a lighter weight than the original product and boasts an ergonomic design providing a sleek, user-friendly look and feel.
Like its predecessor, (the original FastSCAN), FastSCAN II is a product developed by ARANZ Medical Limited that produces laser scanned images in-part by utilizing Polhemus proprietary electromagnetic motion tracking technology, which determines the position and orientation of the wand.
KEY FEATURES
KEY FEATURES
Fast and Flexible--Handheld unit scans easily for instant 3D images
Highly Portable--Rechargeable battery allows you to work all day
Lightweight and Compact--Complete system comes with carrying case
Quick and Easy Set Up--Be set up and scanning in less than two minutes
User-Friendly Software--Intuitive, easy to learn for precision scans
APPLICATIONS
APPLICATIONS
Agriculture Studies
Animation
Archaeology
Rapid Prototyping
Woodworking
Entertainment
Orthotics and Prosthetics
Millwork
3D Archiving
FASTSCAN Accessories/Options:
FASTSCAN Accessories/Options:
RBF Utility software: Radial Basis Function (RBF) utility software offers powerful benefits to your 3D basic surface scan:
Automatic hole filling - solid surface rendering of areas of your scan for which you did not collect complete data (such as deep into an ear canal, for example, if you were to scan an ear).
Smooth extrapolation of surfaces – using the normals of known points collected during your scan, RBF algorithms generate predictive trajectories for use in hole filling that might otherwise be closed with a simplified linear surface between known points. The result is a watertight surface rendering that mirrors the object you've scanned more completely.
Mesh simplification with scan detail preservation Export capability for guaranteed closed, watertight meshes
RBF Mesh is characterized by more uniform triangles
Enhanced Low Pass filtering (smoothing) of scan
Sweep Registration: Small errors associated with the sweeps (e.g. slight object movement), may be corrected through a process of sweep registration. The process, once initialized, is fully automatic and takes just a few seconds.
Refraction Correction: This option provides you with a parameter setting specifically designed to meet the needs of those who need to scan an object, perhaps dynamically or under load,on a sheet of glass.
AAOP file format: AAOP, a standard in much of the Orthotic and Prosthetic community, is a medical file export format which uses a cylindrical co-ordinate system. The user must define a central axis about which the object is defined. Points on the surface are then defined in slices and at fixed angles (as set by the user) along the central axis.
Enclosed Type 3D Scanners:
Enclosed Type 3D Scanners:
These type of scanners are good for scanning limited size objects, that can be put inside the box, on a rotating base, and do not have very intricate geometry. Following models are available.
Scanny 3D-Base:
Scanny 3D-Base:
The new 3D laser scanner in desktop version affordable for all!
Available in version for 3D COLOUR SCANNING
FEATURES:
Affordable price
It does not need maintenance work
Small Dimensions and Low Weight
Easy to use, even by unskilled users
High scanning speed
Scanning Preview
Automatic Calibration Process
Customising according to the needs of our customers
Easy Connection to common PC
Contemporary acquisition of shape and colour (optional) to perform an high fidelity colour 3D model
The software issued can be interfaced with the more common CAD-CAM systems
APPLICATIONS:
Reverse engineering (CAD-CAM)
Quality Control (by sample)
Rapid Prototyping
Footwear (acquisition of lasts, soles and heels)
Medicine (prosthesis modelling)
Graphic Computer Modelling
3D web catalogue
Technical Moulds Modelling
Analysis of warped and weared out surfaces
LINES VECTORIZATION function
Automatic vectorization procedure of lines or curves present on texture of a colour scanning
Completely automatic procedure based on preexistent configurations
Editing and processing of the generated 3D curves
Differentiated vectorization depending on the colour of lines
Management of dashed lines
Management of crossed lines
Automatic chaining of broken lines
Technical Specifications
Technical Specifications
Scanning volume:
Cylindrical – Diameter 200mm, Height 350mm
Accuracy:
0.05 mm
Max. Weight on the plate:
10 Kg
Scanning Method:
Patented system based on double spot laser and a colour video camera
Scanning speed:
Revolving plate speed: 5-12 rpm, Head movement speed: 60 mm/sec
Power absorbed:
25 W operating, 2 W in stand-by (power supply 19v 2A)
PC interface:
USB 2.0
External dimensions:
390 (Width) X 280 (Depth) X 526 (Heigh) mm
Weight:
16 Kg
Accessories provided:
Power supply 110-240v, Cables, User guide, CD-ROM with software, Special support for lasts, N°3 supports for different objects, Model for auto-calibration Special paint for transparent objects..
Scanny 3D-Max:
Scanny 3D-Max:
Available in version for 3D COLOUR SCANNING
FEATURES:
Affordable price
It does not need maintenance work
Small Dimensions and Low Weight
Easy to use, even by unskilled users
High scanning speed
Scanning Preview
Automatic Calibration Process
Customising according to the needs of our customers
Easy Connection to common PC
Contemporary acquisition of shape and colour (optional) to perform an high fidelity colour 3D model
The software issued can be interfaced with the more common CAD-CAM systems
APPLICATIONS:
Reverse engineering (CAD-CAM)
Quality Control (by sample)
Rapid Prototyping
Plastics, bottles, etc.
Footwear (acquisition of lasts, soles and heels)
Graphic Computer Modelling
3D web catalogue
Technical Moulds Modelling
Archaeology (scanning of amphorae, statues)
BOTTLE - GLASSES - PACKAGING
Software functions for digitalization and analysis of bottles, glasses, vases and containers of any material and shape.
Analysis of the sections acquired of the 3D model
Valuation of barycenter and symmetry
Detection and vectorization of profiles
Quality control
Customized print function
Technical Datasheet:
Scanning volume:
Cylindrical – Diameter 300mm, Height 500mm
Accuracy:
0.1 mm
Scanning step:
Adjustable in zones: from 0.1 mm to 10 mm
Max. Weight on the plate:
10 Kg
Scanning Method:
Based on two spot laser and a colour video camera
Scanning speed:
Revolving plate speed 5-12 rpm, max 60 points/sec.
Power absorbed:
50 W operating, power supply 110-240v 19v 3A
PC interface:
USB 2.0
External dimensions:
490 (Width) X 380 (Depth) X 706 (Heigh) mm
Weight:
16 Kg
Accessories provided:
Power supply 100-240v, Cables, User guide, CD-ROM with software, Supports for different objects, Special paint for transparent objects..
Options:
COLOR: 3D colour scanning with texture in high definition.
Scanny 3D-Mini:
The portable version of the basic model of SCANNY3D running on a notebook PC!
FEATURES:
Portable version of the BASE model
It run with a common PC notebook via a USB 2.0 port
It can run with a battery pack (not included)
Small sizes and Low Weight
It does not need maintenance worke
Easy to use, even by unskilled users
High scanning speed
Scanning Preview
Automatic Calibration Process
Customising according to the needs of our customers
Contemporary Acquisition of shape and colour (optional) to perform an high fidelity colour 3D model
The software issued can be interfaced with the more common CAD-CAM systems
APPLICATIONS:
Reverse engineering (CAD-CAM)
Quality Control (by sample)
Rapid Prototyping
Footwear (acquisition of heels and small lasts)
Medicine (prosthesis modelling)
Graphic Computer Modelling
3D web catalogue
Technical Moulds Modelling
Analysis of warped and weared out surfaces
Technical Datasheet:
Scanning volume:
Cylindrical – Diameter 130mm, Height 200mm
Accuracy:
0.03 mm
Max. Weight on the plate:
8 Kg
Scanning Method:
Based on two spot laser and a colour video camera
Scanning speed:
Revolving plate speed: 5-12 rpm, Head movement speed: 60mm/sec.
Power absorbed:
25 W operating, 2 W in stand-by (power supply 19v 2A)
PC interface:
USB 2.0
External dimensions:
345 (Width) X 260 (Depth) X 347 (Heigh) mm
Weight:
10 Kg
Accessories provided:
Power supply 110-240v, Cables, User guide, CD-ROM with software, Special support for lasts, Supports for different objects, Special paint for transparent objects..
Scanny SURF:
Scanny SURF:
Planar 3D scanner with an optical interchanging probe!
FEATURES:
Version designed to scanning of surfaces and reliefs
It run with a common PC notebook via a USB 2.0 port
Small sizes and Low Weight
Easy to use, even by unskilled users
High scanning speed
Scanning Preview
Automatic Calibration Process
Customising according to the needs of our customers
Contemporary Acquisition of shape and colour (optional) to perform an high fidelity colour 3D model
The software issued can be interfaced with the more common CAD-CAM systems
APPLICATIONS:
Reverse engineering (CAD-CAM)
Quality Control (by sample)
Rapid Prototyping
Acquisition of artistic reliefs
Incisory
Footwear (acquisition of soles)
Graphic Computer Modelling
3D web catalogue
Technical Moulds Modelling
Technical Datasheet:
Scanning volume:
250 mm (width) X 300 mm (depth) X 100 mm (height))
Accuracy:
Error = 0.01 to 0.1 mm (it depends by the type of the probe)
Max. Weight on the plate:
15 Kg
Scanning Method:
Based on laser beams or holography (it depends by the type of the probe)
Scanning speed:
Head movement speed 60 mm/sec on the X and Y directions
Power absorbed:
25 W operativo, 2 W in stand-by (alimentatore 19v 2A)
PC interface:
USB 2.0
External dimensions:
500 (width) X 500 (depth) X 526 (height) mm
Weight:
20 Kg
Accessories provided:
Power supply 110-240v, cables, user guide, CD-ROM with software, special support for lasts, supports for different objects; Special Paint for transparent objects..
EXPLINE:
EXPLINE:
The new 3D scanner with double line-laser ultra-fast!
FEATURES:
Affordable price
It does not need maintenance work
Small Dimensions and Low Weight
Easy to use, even by unskilled users
Completely automatic scanning
High scanning speed (typical scanning time: 5-10 minutes depending on the complexity of the object)
Scanning Preview
Automatic Calibration Process
Customising according to the needs of our customers
Easy Connection to common PC
Contemporary Acquisition of shape and colour (optional) to perform an high fidelity colour 3D model
The software issued can be interfaced with the more common CAD-CAM systems
APPLICATIONS:
Reverse engineering (CAD-CAM)
Quality Control (by sample)
Mechanics (metal sheets, moulds, gears, etc.)
Rapid Prototyping
Plastics, bottles, etc.
Footwear (acquisition of lasts, soles, complete shoes)
Archaeology (statue and amphorae scanning)
Graphic Computer Modelling
Technical Moulds Modelling
3D web catalogue
MECHANICS sector
Software functions for digitalization of complex parts in mechanics
Ultra-fast scanning
High measurement accuracy
Automatic surface reconstruction
Resolution of undercut problems for complex objects
Technical Datasheet:
Scanning volume:
Cylindrical – Diameter 300mm, Height 500mm
Accuracy:
0.05 mm
Scanning step:
Selectable for zones: from 0.1 mm to 10 mm
Max. Weight on the plate:
10 Kg
Scanning Method:
Rotative 360°, with double laser beam and a colour video camera
Scanning speed:
Up to 10.000 points/sec.
Power absorbed:
50 W operating, 2 W in stand-by (power supply 19v 2A)
PC interface:
USB 2.0
External dimensions:
490 (Width) X 380 (Depth) X 706 (Heigh) mm
Weight:
16 Kg
Accessories provided:
Power supply 100-240v, Cables, User guide, CD-ROM with software, Supports for different objects, Special paint for transparent objects.
Options:
COLOR: 3D color scanning in high definition with texture
Tower Type scanners:
Tower Type scanners:
Tower Type Scanners have stationary Scan heads, and can use rotating table, or multiple stationary scan head for 3D Scanning
Full body scanners are used to capture 3D scans of the whole body for making 3D Avatars for Virtual Reality and Games, for making 3D models of Actors through 3D scans for Visual Effects, for Biomechanics modeling of subject, Apparel designing, anthropometric database of populations etc..
SCANNY3D - TOWER
SCANNY3D - TOWER
3D line laser scanning with vertical movimentation
FEATURES:
Version dedicated to 3D scanning of surfaces and reliefs
It does not need maintenance work
Small Dimensions and Low Weight
Easy to use, even by unskilled users
High scanning speed
Scanning Preview
Automatic Calibration Process
Customising according to the needs of our customers
Contemporary acquisition of shape and colour (optional) to perform an high fidelity colour 3D model
The software issued can be interfaced with the more common CAD-CAM systems
Possibility to connect more TOWER units in synchronization to scan fixed objects or anatomical portions
APPLICATIONS:
Amphoras
Statues
Reliefs
Anatomical portions
Big size rigid objects
OUTPUT FORMATS:
Vector (3D): DXF, STL, ASC, IGS, VRML, 3DM (Rhinoceros), STEP, OBJ
Raster (2D): BMP, JPEG, AVI
External rotating plate for 3D scanning at 360°
SCANBODY3D
SCANBODY3D
Body scanner at 360 degrees
The SCANBODY3D instrument is a combined system of n.3 3D laser scanning units (Tower) able to perform automatically and in a few seconds a complete 3D scan of the human body and return an accurate 3D model useful for volumetric evaluation and anthropometric measurements of the various parts of the body.
The instrument allows you to make a comparative-temporal analysis, comparing the 3D models obtained from multiple sessions over time in order to evaluate the evolution of any pathologies.
An integrated database allows to manage all the clinical data of the examined patients.
A valid aid for the static clinical evaluation of the human body.
APPLICATIONS:
• Posturology
• Aesthetics
• Wellness
• Clothing
• Sports medicine
• Medical applications
VISAGE 3D
VISAGE 3D
3D scanner of face with line laser and vertical movimentation
FEATURES:
Version dedicated to the 3D scanning of face
Small dimensions and low weight
It does not need maintenance work
Easy to use, even by unskilled users
Completely automatic and ultra-fast scanning
Automatic Calibration Process
Customising according to the needs of our customers
Contemporary Acquisition of shape and colour (optional) to perform an high fidelity colour 3D model
Detection of the main anatomical landmarks of the face
Based on a laser technology completely harmless for face and eyes
The software issued can be interfaced with the more common CAD-CAM systems
APPLICATIONS:
Scanning of face
Aesthetics
Orthodontics
Prosthetic implants
Typical medical applications
Technical Datasheet:
Scanning area:
Up to 500 mm in height
Accuracy:
0.4 mm
Maximum resolution:
Minimum scanning step: 0.1 mm
Optical unit:
Line laser with vertical movimentation (Z axis) and CCD sensor
Scanning speed:
Complete scanning in about 5 sec
Power absorbed:
50 W operating, 1 W in stand-by
PC interface:
USB 2.0 / Gigabit Ethernet
External dimensions:
500 (Width) X 230 (Depth) X 530 (Heigh) mm
Weight:
5 Kg
Accessories provided:
Cables, Power supply 110-240v, CD-ROM with software.
Options:
HD colour scanning
Podoflash 2.0
Electronic Video Podoscope
Many functions,
one device!
A valid aid for:
• Morphological evaluation of the foot
• Accurate foot measurement
• Evaluation of footprint and plantar loads
• Detection of varus and valgus foot
• Hallux valgus evaluation
• Monitoring of pathologies evolution over time
• Postural assessment
PODOFLASH device is an automatic electronic podoscope that allows to obtain photos, contours, plantar footprints and foot measurements in a few seconds (lengths, widths, angles and plantar axes). It is possible to get photos of hindfoot and forefoot at the same time. The device also offers the possibility of importing a pressure map (from baropodometric platforms) to assess plantar pressure and posture. An integrated database allows to manage all the clinical data of the examined patients. It is an essential device for the diagnosis of structural and/or functional foot disorders and for the design of orthotic solutions for the correction of possible pathologies.
FOOTFLASH-3D
Accurate and fast 3D foot scanner
Main Features:
• Automatic generation of the 3D model of the foot
• Automatic foot measurement
• Evaluation of main anthropometric measures
• Morphological evaluation of the foot
• Evaluation of the foot evolution over time
• Acquisition of the plantar footprint
• Acquisition of the footprint from phenolic imprinted foam
• Possibility to acquire the foot "in load" or "out of load"
• Aid for the study of custom-made and orthopedic shoes
The FOOTFLASH-3D instrument is an automatic 3D laser scanner that allows to obtain in a few seconds the 3D model of the foot, the plantar footprint and all the anthropometric measurements of the foot.
It's possible to compare the 3D model between the right foot and the left foot of the same person, or to make a comparison of the same foot acquired after some time.
Furthermore, it's also possible to acquire and measure the foot in different positions, for example in load (person standing), out of load (seated person), in load with raised support of the hill.
It's a fundamental tool for the diagnosis of structural and/or functional anomalies of the foot and for the study and design of custom-made and orthopedic shoes.
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