SERVICES
Precision 3D Printing & Prototyping
From Concept to Reality. We transform your robotic designs into high-quality physical
components. Whether it is a small custom bracket or a complete robotic chassis, we deliver
precision at every scale.
Materials
PLA, ABS, PETG, Nylon, and Tough Resin.
Industrial Quality
High-resolution layer precision with superior structural integrity.
Rapid Prototyping
Turnaround time of 24–48 hours for functional prototypes.
Applications
Custom enclosures, robotic grippers, gears, and aesthetic industrial models.
Workflow
Share your .STL or .STEP files with us for an instant quote and technical feasibility review.
Robotic Arm Firmware Development
The Brain for Your Hardware. We develop custom, high-performance firmware for robotic
arms, engineered for precision, speed, and safety.
Kinematics Support
Expert implementation of Forward and Inverse Kinematics (IK).
Advanced Control Systems
Precision PID tuning, trajectory smoothing, and multi-axis coordination.
Platform Expertise
Industry-leading controllers including STM32, ESP32, and custom ARM-based architectures.
Connectivity & Protocols
ROS2 interface integration and industrial communication support (CAN bus, Modbus, etc.).
Safety Excellence
Integrated emergency stop protocols and intelligent collision detection logic.
AMR Mapping & Navigation Setup
True Autonomy for Mobile Robots. We provide complete navigation stack setup for Autonomous Mobile Robots (AMR), enabling seamless movement in factory and warehouse environments without human intervention.
SLAM Implementation
High-resolution 2D/3D mapping using LiDAR and Depth Cameras (RGB-D).
Autonomous Navigation
Dynamic path planning featuring real-time obstacle avoidance.
Sensor Fusion
Advanced EKF (Extended Kalman Filter) implementation to merge IMU, Odometry, and LiDAR data.
Deployment
Full ROS2 Navigation2 (Nav2) configuration, tuning, and optimization.
Fleet Coordination
Backend setup for multi-robot synchronization and traffic management.
Industrial Simulation (NVIDIA Isaac Sim)
Digital Twin: Test Before You Deploy. Using the NVIDIA Omniverse-powered Isaac Sim, we create a high-fidelity virtual duplicate of your robot to accelerate R&D and reduce risk.
Sim-to-Real Bridge
Deploy algorithms trained in simulation directly to real hardware with minimal "Reality Gap."
Synthetic Data Generation
High-quality labeled data generation for training AI and Vision models.
Risk Mitigation
Validating physics, stress-testing software, and preventing costly hardware crashes in a risk-free virtual world.
