Bengaluru, India

From Concept to Working Prototype.

Integrated product engineering, circuit design, robotics, 3D modelling and scalable additive manufacturing for ambitious ideas.

Zyntrica Robotics works with startups, businesses, researchers and innovators to design, prototype, test and refine physical products. Our integrated workflow reduces the need to coordinate between multiple design, electronics and manufacturing vendors.

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Zyntrica Robotics engineering lab with a robotic arm, industrial 3D printer, autonomous mobile robot and CAD workstations
  • Bengaluru-Based Engineering Team
  • End-to-End Development
  • Confidential Project Handling
  • Functional Prototyping
  • Low-Volume Production
  • Custom Engineering Support

Capabilities

Engineering disciplines that work as one process

Mechanical, electronic and manufacturing capability sit in a single workflow, so a design change flows straight into the next prototype.

Engineering process

Eight stages from first conversation to delivered hardware

Each stage has defined inputs, outputs and a decision point, so you always know what happens next.

  1. 01

    Discover

    Understand the problem, application, users, constraints, timeline and intended outcome.

  2. 02

    Define

    Prepare requirements, technical scope, deliverables, development stages and estimated costs.

  3. 03

    Design

    Develop concepts, CAD models, electronics, circuitry, PCB layouts and system architecture.

  4. 04

    Prototype

    Produce mechanical parts, assemble electronics, program firmware and create a functional prototype.

  5. 05

    Test

    Evaluate fit, function, durability, usability, electronics and system performance.

  6. 06

    Refine

    Improve the design using test results and client feedback.

  7. 07

    Produce

    Prepare manufacturing files and support print-farm or low-volume production.

  8. 08

    Deliver and Support

    Provide the agreed prototype, documentation and continued engineering support.

Explore the full process

Capability visuals

Inside the engineering workflow

Design, electronics, robotics, prototyping and additive manufacturing sit under one workflow, from first sketch to repeatable parts.

  • Product design desk with concept sketches, a CAD assembly on screen and machined and printed prototype parts
    Product design and CAD: concept sketches developed into parametric models and prototype parts.
  • Electronics bench with a PCB layout on screen, an assembled circuit board, oscilloscope and multimeter
    Circuit design and electronics: schematic capture, PCB layout and board bring-up on the bench.
  • Six-axis robotic arm with a custom gripper on an automation cell beside an autonomous mobile robot
    Robotics and automation: manipulators, grippers, fixtures and mobile platforms.
  • Print farm of FDM 3D printers with printed gears, brackets and enclosures on the inspection bench
    3D printing and print farm: repeatable additive manufacturing for parts and short runs.
  • Rapid prototyping bench with printed handle iterations, an opened electromechanical prototype, calipers and hand tools
    Rapid prototyping: iterating form, fit and function before committing to production.

Why Zyntrica

One team accountable for the whole build

Coordinating separate design, electronics and manufacturing vendors costs time and clarity. We keep the disciplines together.

  • One integrated engineering workflow
  • Mechanical and electronic development under one team
  • Rapid iteration using in-house prototyping
  • Solutions tailored to actual application requirements
  • Support from early concept to functional prototype
  • Scalable transition from one prototype to small-batch production
  • Clear project milestones and communication
  • Bengaluru-based local support

Print farm

From One Prototype to Repeatable Production.

Our additive-manufacturing capabilities support concept models, functional components, enclosures, fixtures, educational products, customised parts and short production runs. Projects are reviewed for material, orientation, tolerances, strength, finish and repeatability before production.

  • FDM 3D Printing

    Thermoplastic printing for prototypes, enclosures and functional parts.

  • Resin 3D Printing

    High-detail parts where surface finish and fine features matter.

  • Prototype Enclosures

    Housings designed around your electronics, connectors and mounting points.

  • Functional Components

    Load-bearing or moving parts reviewed for orientation and material.

  • Batch Production

    Repeatable short runs using validated print profiles.

  • Custom Finishing

    Support removal, sanding, assembly and finishing options on request.

  • Design-for-Additive-Manufacturing Review

    Geometry reviewed for printability before production begins.

  • Print Failure and Geometry Review

    Diagnosis of failed prints, warping, weak walls and unprintable features.

Get a Print QuotePrint farm details

Industries

Who we build for

Requirements differ by sector. The engineering approach adapts to the application, environment and volume.

  • Startups
  • MSMEs
  • Industrial Automation
  • Consumer Products
  • Robotics
  • Electronics
  • Education and Research
  • Agriculture Technology
  • Assistive Technology
  • Custom Manufacturing
See industry detail

Have an idea that needs engineering?

Share your concept, sketches, reference images, technical requirements or existing design files. Our team will review the information and help identify a practical development path.

Submit Your RequirementSpeak With Our Team

FAQ

Common questions

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