Conversion of Sketches or Paper Drawings to 3D Models
Prototype Design
Product Development and Customization
Reverse Engineering
Design Automation
Add-ins/Utilities for CAD Software
Design Optimization
Design Documentation
3D Printing
NC Code Part Programming
2D-CAD Drafting
Architectural Drafting Services
Building Information Modelling (BIM)
Sheet Metal Modelling
Generation of precise three-dimensional models for sheet metal parts
Bend allowances, relief cuts, and other manufacturing specifications are included.
Ensuring designs are economical and able to be produced
CAD software integration for efficient design workflows
Surface Modelling
Accurate generation of complex surface shapes
Applications of advanced surfacing technologies to create aesthetic practical designs
Surface optimization for manufacturing procedures such as CNC machining and injection molding
Detailed Drawings from 3D Models
Producing accurate engineering drawings using CAD data in three dimensions
Industry-standard annotation, dimensioning, and tolerancing
GD&T (Geometric Dimensioning and Tolerancing) integration for effective manufacturing procedures
Export to various file formats for compatibility with manufacturing equipment and software
Conversion of Sketches or Paper Drawings to 3D Models
Transforming hand-drawn sketches into accurate 3D models via digitization
Recreating geometry based on provided measurements and specifications
Iteratively refining and validating models to ensure accuracy
Enabling seamless integration with CAD software for further analysis and design modifications
Prototype Design
Development of physical prototypes from initial concept designs
Using tools for rapid prototyping to enable quick validation and iteration
Conducting rigorous testing and refinement to enhance functionality and performance
Collaborating closely with clients to incorporate their feedback and enhance design iterations
Product Development and Customization
Comprehensive product development services covering the entire lifecycle, from ideation to manufacturing
Customizing existing designs to meet specific customer requirements
Utilizing iterative design approaches for continuous innovation and refinement
Incorporating feedback loops to ensure alignment with evolving market trends and customer preferences
Reverse Engineering
Employing digital modeling techniques to recreate physical components or assemblies digitally
Utilizing advanced scanning technologies using high-quality 3D scanners to capture dimensions and geometry precisely
Transforming scanned data into editable CAD models to accommodate further design modifications
Applied in aftermarket support, optimizing designs, and reproducing legacy parts
Design Automation
Automated design process implementation to improve workflows
Creation of unique algorithms, macros, or scripts to handle repetitious jobs
Combining batch processing and parameter-driven design variations with CAD software
Lowering human error and the design cycle time with automation solutions
Add-ins/Utilities for CAD Software
Development and integration of custom add-ins or utilities for CAD platforms
Enhancement of CAD functionality with specialized tools or features
Addressing specific design challenges or workflow bottlenecks with tailored solutions
Support and maintenance for add-ins to ensure compatibility with software updates
Design Optimization
Optimization of product designs through the use of simulation and analytical tools
Analyzing performance indicators including cost, weight, and strength
Design iterative refinement according to design criteria and simulation results
Finding the ideal balance between conflicting objectives in design
Design Documentation
Developing complete documentation for requirements and design specs
Drafting assembly instructions, manuals, and technical reports
Adherence to legal laws and industry standards
Version control and documentation management for transparency and traceability
3D Printing
Developing printable 3D models that are enhanced for additive manufacturing
Adopting the right printing parameters, materials, and technologies
Design validation using testing and prototyping
Assistance to clients with the implementation of internal 3D printing resources
NC Code Part Programming
Creating CNC (Computer Numerical Control) Codes to perform machining tasks
Tool path optimization for effective material removal and surface polish
Verification and modeling of machining procedures to avoid mistakes and crashes
Working together with machine operators to guarantee smooth manufacturing process
2D-CAD Drafting
Civil Industry
Mechanical Industry
Architectural Drafting Services
Architectural drawings encompass various specialized content to fully document building designs.
Floor plans illustrate floor layout and dimensions, aiding in spatial visualization.
Elevations depict exterior appearances, showcasing desired aesthetics and materials.
Building sections reveal internal construction, systems, and vertical relationships.
Wall sections provide detailed assembly and composition of wall assemblies.
Door and window schedules specify sizes, types, and locations of openings.
Reflected ceiling plans show placement of lighting fixtures and HVAC elements.
These drawings collectively communicate the complete design intent for the built environment.
The standardized format of 2D technical drawings ensures clear understanding and coordination among designers, engineers, and construction teams throughout the project lifecycle.
Building Information Modelling (BIM)
Core of BIM
Creation of detailed, 3D parametric models of buildings and components.
Models include intelligent, data-rich objects surpassing geometric representation.
Incorporates vital data on materials, costs, specifications.
Enhanced Design Visualization
Facilitation of advanced design visualization beyond 3D modeling.
Enables photorealistic renderings, virtual walkthroughs, and clash detection.
Identifies and resolves conflicts pre-construction.
Comprehensive Construction Planning
Support for comprehensive construction planning through 4D simulations.
Sequencing of models over time for phasing and logistics consideration.
Aids in prefabrication and optimizing on-site activities.
Extended Lifecycle Support
Extends throughout the building lifecycle, aiding asset management post-construction.
Assists in scheduling maintenance, tracking energy performance, and analyzing space utilization.
Provides valuable insights for building owners and facility managers.
