Parametric CAD software models, multi-body assemblies, and DFMA-ready part designs delivered to ISO standards. We integrate directly into your engineering workflow.
Belt, roller, and modular conveyor systems designed for real-world manufacturing loads. Complete drive sizing, torque calculations, and fabrication-ready weldment packages.
Structural stress, thermal distribution, and fatigue life simulations using CAD software simulation. Full factor-of-safety reports so your parts perform perfectly the first time.
* Figures represent documented company operational metrics subject to final client confirmation prior to publication.
Mterqubee is a mechanical engineering and design company based in Hyderabad, India. We help manufacturers, equipment builders, and product developers design, analyze, detail, and automate mechanical machinery and parts.
Our multidisciplinary team of mechanical design engineers, stress analysts, and manufacturing support specialists integrates directly into your workflow. We take care of the detailed CAD modeling, tolerance stack-ups, drafting, and design automation so your internal engineers can focus on core innovation and commercial milestones.
Eleven core capabilities aligned with your project scope, from mechanical design and simulation to electronics, component engineering, and technical documentation.
01
Parametric solid and surface modeling for mechanical parts and large multi-component assemblies. Built with clear parent-child feature trees for seamless downstream updates.
02
End-to-end mechanical engineering for material handling systems, belt/roller conveyors, transfer mechanisms, and special-purpose machines (SPMs).
03
Industrial enclosures, machinery guards, architectural louvers, and structural welded chassis with exact bend deductions and cut lists.
04
Shop-floor-ready manufacturing drawings adhering to ASME Y14.5 and ISO standards, complete with GD&T, surface finishes, and organized BOMs.
05
Transforming physical components, scan meshes, or legacy equipment into editable parametric CAD models for aftermarket replacement and benchmarking.
06
Structural stress, deflection, thermal distribution, and fluid flow simulations to prove design integrity and optimize material before cutting metal.
From board architecture and schematics to PCB layout, prototype verification, and production documentation, develop electronics that fit your product and manufacturing workflow.
10
Review electronic part data, BOM health, lifecycle risks, and replacement options to support product availability.
11
Create and maintain product manuals, illustrated parts information, and service guidance tied to the released design.
12Develop your product from initial layout to a reviewed engineering package. We bring mechanical design, simulation, and manufacturing documentation together around your requirements.
Explore Mechanical Design & FEA
13CAD models and drawings tailored to the way your team designs and builds. Develop custom parts, configurable assemblies, and documentation matched to your engineering standards.
Explore Mechanical CAD Customization
14Help customers and engineering teams understand complex products through interactive 3D, virtual reality, augmented reality, and clear technical visualization.
Explore Immersive TechnologiesExplore engineering workflows from concept development and CAD conversion to simulation, visualization, and automation.
Case Study 01 · Concept to Creation
A coordinated workflow connecting concept development, 3D CAD assemblies, manufacturing drawings, analysis, and product visualization.
Case Study 02 · CAD Conversion
Convert legacy drawings and CAD data into structured, editable models and coordinated conveyor documentation.
Case Study 03 · CAE / CFD Simulation
Evaluate structural and fluid behavior using agreed loads, materials, and boundary conditions to guide design decisions.
Case Study 04 · Drone Engineering
Bring UAV concepts through mechanical design, component integration, engineering analysis, and product documentation.
Case Study 05 · Interior Visualization
Translate spatial concepts into detailed 3D environments, photorealistic renders, and animated walkthroughs.
Case Study 06 · Design Automation
Configure repeat product families with rules-based CAD models, automated drawings, bills of materials, and quotation outputs.
A collaborative, milestone-driven framework ensuring that designs meet mechanical performance, manufacturing limits, and cost targets.
// REQUIREMENTS & SCOPE
Investing time at the outset to understand specifications, space constraints, manufacturing budgets, and functional criteria to establish a reliable project roadmap.
// 3D CAD MODELING & SIZING
Transforming requirements into 3D CAD models. Conducting preliminary calculations, team design reviews, and engineering evaluations to verify fit and function.
// 2D BLUEPRINTS & BOMS
Generating full fabrication documentation: manufacturing drawings, GD&T callouts, fastener specs, cut sheets, and assembly BOMs ready for the shop floor.
// QA VALIDATION & HANDOFF
Reviewing prototype feedback or pilot production results with your manufacturing team to incorporate refinements, quality checks, and final design freeze.
Mechanical design, analysis, and manufacturing-ready documentation, tailored to the standards and demands of your sector.
Chassis and suspension components, battery enclosures, brackets, inspection fixtures, and lightweighting studies. We work to IATF 16949 expectations and design for high-volume manufacturing.
Structural brackets, housings, ground support equipment, and tooling. Our work emphasizes weight optimization, fatigue analysis, traceable documentation, and tight-tolerance GD&T.
Custom machines, conveyors, robotic cells, gearboxes, and pneumatic or hydraulic assemblies, from concept layout through detailed drawings and BOMs.
Pressure vessels, piping supports, skids, heat exchangers, and wind or solar mounting structures, designed to ASME, API, and relevant local codes.
Frames, booms, attachments, and welded structures, with FEA-backed strength validation and weldment drawings built for fabrication shops.
Enclosures, instrument housings, surgical tool concepts, and lab equipment, with attention to material selection, cleanability, and documentation for regulated environments.
Product enclosures, thermal management, injection-molded parts, and tooling-ready designs with draft, wall thickness, and assembly considerations built in.
Ducting, heat exchangers, sheet-metal enclosures, filling and packaging machines, and food-grade stainless equipment.
Every design we deliver is built to pass an engineer’s review and a CFO’s scrutiny.
Critical parts are checked with FEA, fatigue, thermal, and motion studies before release, and key results are confirmed through prototype testing.
Drawings follow ASME Y14.5 or ISO GPS conventions, with full GD&T, tolerance stack-ups, material specs, and clean BOMs that any machine shop or supplier can quote from.
Revision control, design reviews, and change logs keep every file auditable from first concept to final release.
Our designers understand machining, casting, sheet metal, welding, and molding, so the design on screen is the design that gets made.
Design for manufacturing and assembly (DFM/DFA) reduces machined faces, part count, and fastener variety.
Parametric models and reusable design libraries shorten iteration cycles and cut revision rounds.
Early simulation and tolerance analysis catch problems at the CAD stage, where fixes are cheapest.
Native CAD, STEP files, 2D drawings, BOMs, and assembly instructions are delivered in a package ready for your supplier or production team.
We work with the same professional-grade platforms your manufacturing and engineering teams rely on every day.
Real feedback from manufacturers and engineering teams across 10+ countries who rely on Mterqubee for precision design work.
"Mterqubee delivered our complete conveyor system CAD package — including all weldments, BOMs, and GD&T drawings — in under two weeks. The quality was exceptional and required zero revision rounds."
"Their DriveWorks automation system reduced our quote-to-drawing time from 3 days to under 20 minutes. The ROI was immediate. Mterqubee understands what manufacturers actually need."
"We needed FEA validation on a critical hydraulic cylinder design before production. Mterqubee's simulation report clearly identified the stress concentrations and provided a corrected geometry — saving us thousands."
From small product startups to large-scale OEMs, Mterqubee supports engineering teams around the world with precision CAD, simulation, and automation services — all managed remotely from our Hyderabad design center.
Build practical CAD, CAE, and automation skills with industry-oriented training, freelance project support, and career development guidance.
Send us your project scope, CAD sketches, or RFP specifications. Our Hyderabad engineering team will review your requirements and provide a clear technical proposal.