At ANH Engineering Services, we help businesses maximize the benefits of Glovius, makingCADcollaboration and review easier, quicker, and moreaffordable.
What is HCL Glovius?
HCL Gloviusis an advanced yet user-friendlymulti-CAD viewerand 3D analysis tool. It supports popular CAD formats, including:
CATIA®
NX™
Creo®
SolidWorks®
Solid Edge®
STEP, IGES & more
With Glovius, you don’t need the original CAD software to: Open & view complex 3D files Measure dimensions & check tolerances Analyze wall thickness, draft angles, and mass properties Compare revisions to track design changes
Key Features of HCL Glovius
Supports Multiple CAD Formats View and analyze files from various CAD systems without conversion.
Lightweight & Fast HCL Gloviusis designed to open large assemblies quickly — even on standard PCs.
Powerful 3D Analysis Tools
Measure, section, explode views, and inspect parts easily.
Revision Comparison Visually identify differences between design versions.
Collaboration Ready Add markups, comments, and share lightweight 3D data with your team or clients.
Mobile Access Use the Glovius Mobile App to review designs anytime, anywhere — perfect for the shop floor or field teams.
How ANH Engineering Services Can Help
At ANH Engineering Services, we specialize in CAD tools, engineering solutions, and digital transformation. With our expertise inHCL Glovius, we help you:
Integrate Glovius into your workflow
Train your team for faster adoption
Customize reporting & analysis to match project needs
Support seamless collaboration between design, manufacturing, and quality teams
Why Choose HCL Glovius for Your CAD Workflow?
Simplify CAD Reviews — No need for expensive CAD software just to view files Faster Design Validation — Measure and analyze quickly before production Better Collaboration — Share lightweight files, markups, and 3D PDFs easily Cost-Effective — Reduce license costs while keeping access to critical data Flexibility — View and analyze CAD files on desktop or mobile devices
Conclusion
HCL Glovius, supported byANH Engineering Services,makes it easier than ever to visualize, analyze, and collaborate on complex 3D CAD data. Whether you’re a design engineer, manufacturer, or project manager, Glovius helps streamline your workflows and improve productivity — without the overhead of traditional CAD software.
3D printing, also known as additive manufacturing, is transforming industries by making it easier, faster, and more affordable to produce everything from prototypes to fully functional parts. AtANH Engineering Services, we specialize in custom 3D printing services using the latest technologies for industrial, commercial, and educational applications.
ANH Engineering Services — Leading 3D Printing Company in Delhi NCR
How Does 3D Printing Work?
3D Designing — Using CAD software like AutoCAD, Creo, or SolidWorks.
Slicing — The design is sliced into layers by the slicer software.
Printing — A 3D printer builds the object layer by layer.
Post-Processing — Finishing steps like cleaning, curing, or polishing.
Types of 3D Printing Technologies
1.FDM (Fused Deposition Modeling)
Process: Melts and extrudes thermoplastic filament through a heated nozzle.
Materials: PLA, ABS, PETG, TPU
Use: Prototyping, hobby models, mechanical parts
Pros: Cost-effective, easy to use
Cons: Lower resolution than resin or powder-based prints
2. SLA (Stereolithography)
Process: Uses a laser to cure the liquid resin layer by layer.
PTC Creo 12 introduces over 250 new features to enhance productivity. Discover the enhancements in Creo 12, including usability, simulation, MBD, additive manufacturing & ECAD collaboration.
1. Enhanced Usability & Productivity
Creo 12introduces multiple usability updates to make design faster and more intuitive:
New lattice structures for 3D printing and improved additive manufacturing prep.
Expanded metal printing support with precise control.
Enhanced milling and turning tools for subtractive processes.
7. Sustainability & Materials Innovation
Advanced material libraries for realistic simulation and manufacturing.
Support for sustainable design choices through better performance/material trade-off analysis.
Why Upgrade to Creo 12?
Upgrading to Creo 12 means:
Faster design cycles with AI-driven and automated features.
Stronger collaboration across mechanical, electrical, and simulation teams.
Greater innovation freedom with advanced generative and additive tools.
A future-readyCADplatform that keeps your business competitive.
Conclusion
With over 250 enhancements, Creo 12 is more than just an upgrade — it’s a productivity powerhouse. Whether you’re designing complex assemblies, running real-time simulations, or preparing models for additive manufacturing, Creo 12 equips you with the tools you need to stay ahead in product innovation.
In today’s fast-paced industrial world, 3D printinghas emerged as a game-changer for product development, prototyping, and manufacturing. Businesses are continually seeking reliable partners who can provide high-quality, cost-effective, and precise 3D printing solutions. If you’re inFaridabad or Delhi NCR, one name stands out in this field — ANH Engineering Services.
At ANH, we combine innovation, technology, and expertise to help industries bring their ideas to life. Here’s why we are recognized as the best3D printing service provider in Faridabad.
Wide Range of 3D Printing Services
ANH offers end-to-end solutions, including:
Rapid Prototyping — Get quick and accurate prototypes to test and validate your product design.
Custom 3D Printing — From concept to final product, we provide personalized solutions for every industry.
Cutting-Edge Technology & Materials
We use the latest3D printing technologies and high-quality materials to ensure durability, accuracy, and precision. Whether you need plastic, resin, or metal-based prints, ANH provides solutions that match your industry requirements.
Expertise Across Industries
From automotive and manufacturing to product design and healthcare, our team has worked with diverse sectors. This experience helps us deliver tailor-made3D printing solutionsthat perfectly align with your project needs.
Affordable & Time-Efficient Solutions
ANHis committed to making advanced3D printingaccessible to all. Our services are designed to be budget-friendly without compromising quality, and we ensure fast turnaround times so you can meet tight deadlines.
Trusted by Leading Companies in Delhi & NCR
With years of experience and a strong reputation, ANHhas become the go-to partner for businesses inFaridabad.Our client-first approach, technical expertise, and consistent quality have earned us the trust of top companies across the region.
Contact ANH — Your 3D Printing Partner in Faridabad
If you’re looking for the best 3D printing services in Faridabad, ANH is your trusted choice. From design to final product, we help you at every step of your innovation journey.
Discover how ANH Engineering is transforming industries with advanced 3D scanning technology. From reverse engineering to product design and quality inspection, our precise and reliable 3D scanning services help businesses innovate faster and smarter.
What is 3D Scanning?
3D scanningis the process of analyzing a real-world object or environment to collect data about its shape, dimensions, and appearance. This data is then used to create a3D digital modelof the scanned object.
This technology captures the geometry of an object using lasers, light, or X-rays. It converts it into apoint cloud, which is further processed into a3D mesh modelusing specialized software.
How Does 3D Scanning Work?
The basic process involves:
Scanning — The scanner collects data by measuring the surface of an object from multiple angles.
Point Cloud Generation — Millions of points are collected to represent the object’s surface.
3D Model Creation — The points are converted into a digital 3D model using software.
Depending on the type of scanner used, the method of data capture can vary.
Types of 3D Scanning Technologies
1. Laser 3D Scanning
Uses laser beams to measure the distance between the scanner and the object.
High accuracy and detail.
Common in industrial and engineering applications.
2. Structured Light Scanning
Projects a pattern of light onto the object and captures its deformation using cameras.
Ideal for capturing fine details.
Often used in reverse engineering and art restoration.
3. Photogrammetry
Uses high-resolution photographs from multiple angles to reconstruct a 3D model.
More affordable but less precise.
Used in gaming, VR, and archaeology.
4. Contact Scanning
Uses a probe that physically touches the object to record data.
Extremely accurate.
Used in quality control and metrology.
Applications of 3D Scanning
3D scanningis transforming workflows across many sectors:
✅ Accuracy — Achieve highly precise measurements. ✅ Speed — Capture millions of data points in seconds. ✅ Efficiency — Streamlines design, analysis, and production. ✅ Customization — Enables personalized products in healthcare and consumer goods. ✅ Digital Archive — Secure and portable digital records of physical objects.
Challenges of 3D Scanning
The cost of equipmentcan be high for industrial-grade scanners.
Large data files require powerful hardware for processing.
Learning curve for software and post-processing.
The Future of 3D Scanning
As 3D scanning technology becomes more accessible and affordable, its use will continue to expand in fields like robotics, smart manufacturing, virtual simulations, and digital twins. Integration with AI and cloud platforms is making scanning smarter, faster, and more collaborative.
Ready to take your designs to the next level with advanced3D scanning services? AtANH Engineering,we provide reliable, accurate, and industry-focused solutions for reverse engineering, product development, and quality inspection.
