Better Throughput
Offline programming on digital twins allows CMMs to stay operational, ensuring uninterrupted measurement and monitoring.
Improved Efficiency
Virtually tested inspection programs are collision-free and error-free, ready for seamless implementation in manufacturing.
Faster Programming & Interpretation
Silma X4 automatically interprets GD&T from native or neutral CAD files for quicker programming and analysis.
Enhanced Training & Education
Silma X4 simulation software can serve as an e-learning tool, accelerating training and skill development in advanced simulation.
Workcell and virtual environment definition
DCC CMM; Laser Trackers; Probe library; Accessory library
Silma integrates an extensive CMM library including the real machine cinematic as well as detailed probe heads, probes and styluses and accessories. Parts to be measured and their associated fixtures can be directly loaded as CAD files and easily set in the 3D virtual machine environment.
Offline programming
DMIS or Native; Post processors; Part program import
Silma goes beyond part program creation and simulation—it enables full validation and troubleshooting through advanced probing, measurement routines, and geometric constructions. With its programmer-centric, intuitive interface, verifying part programs is both fast and effortless.
Part program validation
Colision detection; Probing path optimisation; Advanced functions
Silma features a powerful 3D inspection and analysis engine that ensures program consistency. Additionally, its advanced collision detection and automatic correction tools enable real-time visualization, optimization, and updating of your entire probing path.
Part program execution
Graphical reporting; Report editor; Customization
Silma supports native part programming in both DMIS and X4 formats, with export capability to multiple CMM formats including Quindos™ and Umess. Programs can be directly deployed to CMMs for online validation and immediate implementation.
From design to measurements
Easy and efficient program interface
Silma's programmer interface enables efficient creation of part programs - from simple to highly complex - using intuitive high-level language commands. Leveraging its customizable virtual environment and CAD part data, users can complete initial program setup and validation without occupying physical CMM time. The result? Programs arrive at your machine ready to run, virtually error-free and collision-proof.
Flexible and universal
The most extensive library of any simulation software
Silma features an extensive virtual library with over 500 machines, including DCC/manual CMMs, laser trackers, changers, and rotary tables. The library also contains all necessary accessories to perfectly replicate your real-world measurement environment - complete with Renishaw™ and other OEM probe systems, universal fixtures, and more.
Expert functions & main capabilities
Built on years of programming expertise and compliant with the latest industry standards, Silma ensures consistent and coherent part program development. The software offers:
i-Viewer
Free viewer app to share your inspection files with customers and partners.
i-Remote
Mobile app that gives you the freedom to measure away from your computer.
i-Supervision
Revolutionary approach to delivering live inspection results to the shop floor.
i-Holo
Augmented reality inspection solution built on Microsoft HoloLens.
Dassault Systèmes - CATIA V5
As an authorized Dassault Systèmes partner, Metrologic Group provides Silma X4 integrated directly within CATIA V5 - delivering the industry's first fully CAD-compatible offline inspection solution for this globally recognized platform.
Metrology grade infrared + blue laser handheld scanner with built-in photogrammetry system
| Scanner Type | Handheld |
| Object Size 🛈 Typical Object Sizes: XS: Coins, Jewelery S: Camera, Pumps M: Engines, Sculptures L: Small boats, Turbines |
XS, S, M, L |
| Laser source | Blue + infrared |
| Accuracy | Up to 0.020 mm |
| Resolution | Up to 0.010 mm |
| Output Type | 3D mesh |
The world’s first wireless and AI-driven 3D scanner
| Scanner Type | Handheld, Wireless |
| Object Size 🛈 Typical Object Sizes: M: Engines, Sculptures L: Small boats, Turbines |
M, L |
| Light source | VCSEL + White LED |
| 3D Point Accuracy | Up to 0.10 mm |
| 3D Resolution | Up to 0.20 mm |
| Output Type | 3D mesh + texture |
Award-winning, light and compact metrology grade 3D scanner with an ergonomic design
| Scanner Type | Handheld |
| Object Size 🛈 Typical Object Sizes: XS: Coins, Jewelery S: Camera, Pumps M: Engines, Sculptures |
XS, S, M |
| Laser source | Blue |
| Accuracy | Up to 0.020 mm |
| Resolution | Up to 0.025 mm |
| Output Type | 3D mesh |
Intelligent fully wireless optical tracking system for precision 3D scans without targets
| Scanner Type | Wireless, Handheld |
| Object Size 🛈 Typical Object Sizes: S: Camera, Pumps M: Engines, Sculptures L: Small boats, Turbines |
S, M, L |
| Laser source | Blue |
| Accuracy | Up to 0.025 mm |
| Resolution | Up to 0.020 mm |
| Output Type | 3D mesh |
Intelligent optical tracking system for delivering ultra-high precision 3D scans without markers
| Scanner Type | Handheld |
| Object Size 🛈 Typical Object Sizes: M: Engines, Sculptures L: Small boats, Turbines |
M, L |
| Laser source | Blue |
| Accuracy | Up to 0.025 mm |
| Resolution | Up to 0.020 mm |
| Output Type | 3D mesh |
High accuracy long-range laser 3D scanner, ideal for precise capture of large objects
| Scanner Type | Tripod mounted |
| Object Size 🛈 Typical Object Sizes: L: Small boats, Turbines XL: Warehouse, Airplane |
L, XL |
| Laser source | LiDAR |
| Angular accuracy | 18 arcseconds |
| Range | Up to 130 m |
| Output Type | 3D mesh + texture |
Optical probing system for high-accuracy and flexible measurements
| CMM Type | Wireless, handheld |
| Object Size 🛈 Typical Object Sizes: S: Camera, Pumps M: Engines, Sculptures L: Small boats, Turbines |
S, M, L |
| Volumetric Accuracy | Up to 0.049 mm |
| Measurement Distance | 10 m |
| Part Size Range | 0.1 m to 12 m |
| Output Type | 3D points |
Cutting-edge 3D scanner for capturing detailed 3D geometry and rich colors in textures
| Scanner Type | Handheld |
| Object Size 🛈 Typical Object Sizes: S: Camera, Pumps M: Engines, Sculptures |
S, M |
| Laser source | Structured infrared VCSEL |
| Accuracy | Up to 0.1 mm |
| Color reproduction | 24 bit |
| Output Type | 3D mesh + texture |
Photogrammetry system tailored to deliver precise geometric measurements of large parts
| CMM Type | Optical, handheld |
| Object Size 🛈 Typical Object Sizes: M: Engines, Sculptures L: Small boats, Turbines |
M, L |
| Volumetric Accuracy | 0.015 mm/m |
| Depth of field | 6.5 m |
| Capture area | Up to 9.4 m x 6.9 m |
| Output Type | 3D points |
