BricsCAD® V26 New Features 2026, including AI-powered design tools, faster CAD performance, enhanced BIM workflows and expert support from ANH Engineering Services.
What’s New in BricsCAD V26?
BricsCAD V26 focuses on enhancing productivity, improving design accuracy and creating a smoother design-to-production workflow.
1. More Than 60 New Features and Enhancements
BricsCAD V26 introduces more than 60 new and improved capabilities across:
General CAD Design
Mechanical Design
BIM
Building Subcontracting
These updates help engineers reduce repetitive tasks while improving overall design efficiency.
2. Enhanced User Interface
The latest version includes a cleaner and more intuitive interface with improvements such as:
Users can create production-ready drawings more quickly while maintaining high accuracy.
4. Improved 3D Design & Modeling
Engineers working with complex models benefit from:
Better visualization tools
Improved section generation
Enhanced interference checking
Faster solid editing
Better model verification
These features help identify design issues earlier in the development process.
5. Mechanical Design Enhancements
BricsCAD Mechanical V26 introduces improvements for manufacturing workflows, including:
Sheet metal enhancements
Better welding documentation
Improved dimensioning
Faster handling of large assemblies
These capabilities help mechanical engineers deliver designs more efficiently.
6. BIM Workflow Improvements
For architecture and construction professionals, BricsCAD BIM V26 offers:
Improved BIM collaboration
Better documentation workflows
Enhanced project coordination
Faster model updates
These enhancements support more efficient building design and project execution.
7. Better Survey & Civil Design Tools
Survey professionals benefit from:
Improved terrain workflows
Better point cloud handling
Enhanced survey data processing
Faster project management
This results in more accurate and efficient survey operations.
Why Upgrade to BricsCAD V26?
Upgrading to BricsCAD V26 provides:
Increased productivity
Faster drafting and modeling
Improved collaboration
Better manufacturing workflows
Enhanced BIM capabilities
Modern user experience
Improved performance
With these enhancements, BricsCAD remains one of the strongest alternatives for professional CAD users.
Why Choose ANH Engineering Services?
ANH Engineering Services Pvt. Ltd. is a trusted authorised BricsCAD reseller in India, helping organisations adopt advanced CAD technologies with confidence.
Our BricsCAD services include:
BricsCAD Software Licensing
Software Upgrades
Installation & Deployment
Technical Support
User Training
CAD Migration Assistance
Corporate Solutions
Annual Maintenance & Consulting
With years of experience serving manufacturing, automotive, industrial equipment, aerospace, tooling and engineering companies, ANH provides complete CAD solutions backed by expert technical guidance.
Ready to Upgrade to BricsCAD V26?
Whether you’re looking to purchase a new license, upgrade from an older version or explore BricsCAD for your engineering team, ANH Engineering Services is here to help.
Our experts will help you choose the right BricsCAD edition, ensure a smooth implementation and provide ongoing support to maximize your productivity.
Explore the top enhancements in Creo 13, including AI-powered design assistance, Model-Based Definition, advanced simulation, composites, manufacturing improvements and productivity tools that accelerate product development.
The latest release of PTC Creo 13 brings a new era of intelligent product design with groundbreaking enhancements in artificial intelligence, productivity, simulation, manufacturing and Model-Based Definition (MBD). Designed to help engineers work faster and smarter, Creo 13 introduces advanced capabilities that streamline workflows, improve design quality, and accelerate innovation.
Whether you’re involved in mechanical design, simulation, manufacturing, composites or electrification, Creo 13 provides the tools needed to deliver high-quality products in less time.
What’s New in Creo 13?
1. AI-Powered Design Assistance with Creo AI Assistant
One of the most significant additions to Creo 13 is the introduction of the Creo AI Assistant, designed to advise, assist and automate engineering workflows. The AI Assistant leverages a large language model (LLM) and Creo’s knowledge base to help users solve design challenges more efficiently.
Key AI Features:
Embedded LLM chat interface
Design guidance based on engineering best practices
Model-aware assistance for extracting design information
Automated engineering workflows
Sandbox environment for AI-generated modifications
AI-edit indicators for model transparency
Benefits:
Faster onboarding for new users
Increased productivity for experienced engineers
Reduced manual effort in repetitive tasks
Improved decision-making through intelligent recommendations
2. Enhanced Productivity and User Experience
Creo 13 introduces several usability improvements that make everyday CAD tasks faster and more efficient. These enhancements focus on assembly performance, sheet-metal design, advanced surfacing and multibody workflows.
Productivity Enhancements:
Up to 5x faster large assembly retrieval over WAN
Improved assembly regeneration control
Expanded feature presets
Open models in tabs for better workflow management
Direct sheet metal flat-pattern export to DXF/DWG
Improved copy-paste functionality for advanced surfaces
Enhanced multibody design workflows
Benefits:
Reduced design time
Better assembly performance
Faster design reuse
Improved collaboration across teams
3. Advanced Model-Based Definition (MBD)
Creo has long been a leader in Model-Based Definition and Creo 13 further strengthens its capabilities. MBD
helps organizations establish the 3D model as the single source of truth for product information.
New MBD Features:
Enhanced 3D PDF export customization
GD&T Advisor improvements
EZ Tolerance enhancements
Assembly datum reference features
Benefits:
Improved compliance with industry standards
Better communication between engineering and manufacturing teams
Reduced documentation errors
More efficient product lifecycle management
4. Improved Composite Design Capabilities
Composite materials are increasingly important in aerospace, automotive and advanced manufacturing industries. Creo 13 delivers significant enhancements that improve accuracy and efficiency in composite design workflows.
Composite Design Enhancements:
Direction-based ply transitions with up to 60x faster calculations
Copy-paste functionality for composite designs
Curve-based draping support for improved accuracy
Benefits:
Faster design iterations
Reduced repetitive modeling work
Greater confidence in manufacturing readiness
5. Simulation-Driven Design and Generative Design
Creo continues to integrate powerful Ansys-powered simulation capabilities, allowing engineers to validate designs earlier in the development process. Simulation-driven design helps reduce costly redesigns and speeds up product development.
New Simulation Features:
Generative design optimization within full assembly contexts
Real-time simulation for ECAD assemblies
Bolt preload patterning support
Solid bolt geometry preload application
Multiphysics support for generative design
Benefits:
Better product performance
Faster design validation
Reduced prototyping costs
Improved engineering accuracy
6. Advanced Manufacturing Enhancements
Creo 13 strengthens its position as a complete design-to-manufacturing solution with improvements in additive manufacturing, subtractive manufacturing and mould design.
Additive Manufacturing Enhancements:
Expanded pore size control
Automatic selection of intersecting edges for operations
Subtractive Manufacturing Enhancements:
New 5-axis swarf milling capabilities
Visual icons for NC parameter control
Mould Design Improvements:
Support for connecting multiple conformal cooling channels into a single inlet/outlet path
Benefits:
Increased manufacturing efficiency
Better toolpath control
Improved mould cooling performance
Higher production quality
7. Design for Electrification
As electrification continues to reshape industries, Creo 13 introduces new capabilities for harness and electrical system design. These enhancements help streamline the development of electrical products and systems.
Electrification Features:
Independent harness component workflows
Automatic bundle generation from schematic data
Support for IEC 81346–2 standards
Benefits:
Faster electrical system design
Improved compliance with industry standards
Better integration between electrical and mechanical engineering teams
Why Upgrade to Creo 13?
Creo 13 combines AI-driven innovation with advanced CAD, CAE, CAM and manufacturing capabilities to help organizations stay competitive. It offers:
These enhancements enable engineers to reduce development time, improve product quality and accelerate innovation across the entire product lifecycle.
Why Choose ANH Engineering Services for Creo 13?
ANH Engineering Services Pvt. Ltd. is your trusted partner for PTC Creo 13, offering expert licensing, implementation, training, and technical support. With extensive experience in CAD, PLM, and engineering solutions, we help businesses accelerate product development, improve design efficiency, and achieve faster time-to-market.
Get Started with Creo 13
Ready to explore the latest innovations in Creo 13?
Choosing the right 3D printing technology can make or break your product development process. Whether you’re a startup building a prototype or a manufacturer optimising production, understanding the difference between SLA andSLS 3D printing is crucial.
Both technologies are widely used in industrial applications, but they serve very different purposes. SLA (Stereolithography) is known for a smooth surface finish, while SLS (Selective Laser Sintering) is preferred for a strong, matte, slightly rough texture.
What is SLA 3D Printing?
SLA 3D printing is a 3D printing technology that uses a UV laser to cure liquid resin into solid layers. It’s known for delivering exceptional detail and a smooth surface finish.
Understanding the difference between SLA vs SLS 3D printing helps you choose the right technology for your project.
SLA when you need a smooth surface finish, fine details and visual accuracy SLS when you need strong, functional parts with a matte and slightly rough texture
Manufacturing is evolving rapidly with the adoption of advanced digital technologies and 3D printing has become one of the most impactful innovations in modern engineering. From rapid prototyping to the production of complex industrial components, 3D printing is helping companies design, test and manufacture products faster and more efficiently.
Today, industries such as automotive, aerospace, healthcare and consumer goods are using 3D printing to reduce development time, lower production costs and improve design flexibility. Businesses that adopt additive manufacturing technologies gain a significant competitive advantage in the market.
Unlike traditional manufacturing methods that remove material from a solid block (subtractive manufacturing), 3D printing adds material precisely where it is required. This allows engineers to create highly complex designs with minimal waste and improved efficiency.
The process typically begins with a digital design created using advanced CAD software such as PTC Creo. The digital file is then converted into a format that a 3D printer can interpret. The printer builds the object layer by layer using materials like plastic, resin, metal powders or composite materials.
This innovative approach enables manufacturers to create prototypes, tools, and functional parts quickly while maintaining high precision and accuracy.
How Does 3D Printing Work?
The 3D printing process generally involves several important steps:
1. Designing the 3D Model
The first step is creating a digital design of the product using CAD software. Engineers design the component with accurate dimensions and specifications.
2. Converting the Design into Printable Format
Once the design is complete, it is exported into a file format such as STL or 3MF. This file is then sliced into thin layers using specialized slicing software.
3. Printing the Object
The 3D printer reads the sliced file and deposits material layer by layer according to the design. Each layer bonds with the previous layer until the object is fully formed.
4. Post-Processing
After printing, the part may require additional finishing processes such as cleaning, curing, sanding, or polishing to achieve the desired quality and strength.
This streamlined workflow enables companies to move from design to physical product much faster than traditional manufacturing processes.
Types of 3D Printing Technologies
Different types of 3D printing technologies are used depending on the application and materials required.
FDM (Fused Deposition Modeling)
FDM is one of the most widely used 3D printing technologies. It works by melting thermoplastic filament and depositing it layer by layer to create the final object. This technology is commonly used for prototypes and functional parts.
SLA (Stereolithography)
SLA printing uses liquid resin that is cured using a laser or ultraviolet light. It produces highly detailed and smooth surface parts, making it ideal for precise prototypes and design models.
SLS (Selective Laser Sintering)
SLS technology uses a laser to fuse powdered materials together to form solid objects. It is widely used in industrial manufacturing for its ability to produce durable, complex parts.
Each of these technologies has unique advantages and is selected based on the project requirements.
Benefits of 3D Printing in Manufacturing
3D printing offers several advantages that are transforming the way products are designed and manufactured.
Faster Prototyping
One of the biggest benefits of 3D printing is rapid prototyping. Engineers can quickly produce and test prototypes, allowing them to identify design improvements early in the development process.
Cost-Effective Production
Traditional manufacturing often requires expensive moulds and tooling. 3D printing eliminates the need for such tooling, making it more cost-effective for prototypes and small production runs.
Design Flexibility
3D printing allows engineers to create complex geometries that would be difficult or impossible to achieve using traditional manufacturing methods.
Reduced Material Waste
Additive manufacturing uses only the material required, reducing waste and supporting more sustainable manufacturing practices.
Customization
Another major advantage is the ability to produce customized parts without significant changes to the production process.
Industries Benefiting from 3D Printing
3D printing is now widely used across many industries due to its versatility and efficiency.
Automotive Industry
Automotive manufacturers use 3D printing for rapid prototyping, tooling, and the development of lightweight components.
Aerospace Industry
The aerospace sector uses additive manufacturing to produce lightweight and complex parts that improve fuel efficiency and performance.
Healthcare Industry
3D printing is used to produce customized medical devices, prosthetics, implants and surgical models.
Consumer Products
Product designers use 3D printing to test new concepts and accelerate product innovation.
Manufacturing and Engineering
Engineering companies rely on 3D printing for prototype development, design testing and product optimization.
Why Businesses Choose Professional 3D Printing Services
Although 3D printing technology is becoming more accessible, professional service providers offer several advantages.
Businesses prefer working with experienced service providers because they provide:
Access to advanced 3D printing technologies
High-quality printing and precision
Faster project turnaround time
Engineering design expertise
Cost-effective solutions for complex projects
Professional 3D printing services ensure that companies achieve the best results while saving time and resources.
ANHESPL — Best 3D Printing Services Provider in Delhi NCR
ANHESPL provides a wide range of services designed to support product development and innovation.
Key Services Offered by ANHESPL
High-quality 3D printing solutions
Rapid prototyping services
3D scanning and reverse engineering
Engineering design support
CAD modeling using advanced tools
Product development solutions
With extensive experience in engineering technologies and digital manufacturing, ANHESPL helps businesses turn their ideas into functional prototypes and innovative products.
By combining advanced technology with expert engineering support, ANHESPL ensures high-quality results and faster product development for its clients.
The Future of 3D Printing in Manufacturing
The future of manufacturing is becoming increasingly digital and 3D printing is expected to play a major role in this transformation.
Advancements in materials, automation and design technologies are enabling manufacturers to create stronger, lighter and more efficient components. As industries continue to adopt additive manufacturing, companies will be able to innovate faster and bring new products to market more quickly.
Organizations that embrace 3D printing today will gain a competitive advantage by improving efficiency, reducing production costs and enhancing product innovation.
Conclusion
3D printing is revolutionizing modern manufacturing by enabling faster prototyping, greater design flexibility and cost-efficient production. It allows businesses to accelerate product development while maintaining high precision and quality.
As industries continue to adopt additive manufacturing technologies, the demand for professional 3D printing services will continue to grow.
For businesses searching for the best 3D printing services provider in Delhi NCR, ANH Engineering Services (ANHESPL) offers reliable solutions to support innovation, product development and advanced manufacturing needs.
By partnering with ANHESPL, organizations can leverage cutting-edge 3D printing technology to transform their ideas into reality and stay ahead in today’s competitive market.
Designing reliable, high-performance springs requires precision, deep material knowledge, and compliance with international standards. To support Indian manufacturers and design engineers with world-class spring design technology, ANH Engineering Servicesis the authorised partner of the Institute of Spring Technology (IST), UK, in India for Spring Calculator Professional (SCP) software.
About IST — The Global Authority in Spring Technology
The Institute of Spring Technology (IST), UK, is internationally recognized as the leading authority in spring research, testing, and design. With more than 70 years of real-world laboratory research, IST has helped industries worldwide improve spring safety, reliability and performance.
Spring Calculator Professional (SCP) is one of IST’s flagship software solutions, developed using extensive fatigue testing, material data and industry best practices.
What Is Spring Calculator Professional (SCP)?
Spring Calculator Professional (SCP) is an advanced spring design and validation software that helps engineers design, analyze and verify springs quickly and accurately.
With SCP, users can instantly check whether a spring is safe, make rapid design changes, and predict fatigue life and relaxation behaviour reducing trial-and-error minimising failures and saving engineering time.
Backed by IST’s real-world material performance data
International Design Standards
Comply with global standards including:
BS
DIN
EN
IS
JIS
SMI
Fatigue & Life Prediction
Integrated fatigue data
Accurate spring life and relaxation predictions
Helps prevent premature spring failures
Advanced Visualization
3D drawings and animations
Stress animations for non-standard and conical springs
Clear visualization for better design decisions
Advanced Design Capabilities
Open-coiled extension springs with dead coils
Open-coiled and double torsion springs
Non-standard spring visual editor
Who Should Use SCP Software?
Spring Calculator Professional is designed for anyone involved in the spring lifecycle from design to manufacturing.
It is widely used by spring manufacturers, R&D teams and design engineers across industries such as:
Automotive, transport and aerospace
Oil, gas, energy, and defense
Heavy machinery and agriculture
Medical equipment manufacturing
Control systems, valves and hydraulics
System Requirements
SCP is easy to install and runs smoothly on standard systems:
Official support for Windows 10 and Windows 11
Why Choose ANH Engineering Services?
As the authorized IST partner in India for SCP software, ANH Engineering Services offers more than just software access.
With ANH, You Get:
Authorized SCP software in India
Technical support and expert guidance
Product demonstrations and training
Trusted engineering expertise backed by global research
ANH bridges the gap between IST’s global spring technology expertise and India’s growing engineering and manufacturing needs.
Design Safer, Smarter Springs with SCP
With Spring Calculator Professional, engineers can reduce design risks, improve product reliability and accelerate development -while ensuring compliance with international standards.
