Advanced ManufacturingAccelerated.
We seamlessly merge computational design with industrial additive manufacturing. Transform your digital blueprints into high-performance physical products with unmatched speed.
3D Design & CAD
We transform your sketches and ideas into manufacturable 3D models. Our engineering team optimizes designs for structural integrity, weight reduction, and specific manufacturing processes like 3D printing or CNC machining.
Parametric Modeling
Creating flexible, dimension-driven 3D models that allow for rapid iteration and precise adjustments throughout the design process.
Generative Design
Leveraging AI algorithms to explore thousands of design permutations, optimizing for weight-to-strength ratios impossible with traditional methods.
DFAM Optimization
Design for Additive Manufacturing ensures geometries are self-supporting and optimized to reduce material usage and print time.
Reverse Engineering
Using 3D scanning to reconstruct legacy parts into editable CAD files for reproduction or performance improvement.
3D Printing & Manufacturing
Leading-edge additive manufacturing services focusing on high-detail resin prints and functional thermoplastic parts. We support both rapid prototyping and serial production.
SLA/DLP Resin Printing
High-resolution manufacturing using photopolymer resins, perfect for intricate details, smooth surface finishes, and master patterns.
FDM Production (ABS/PLA)
Cost-effective production of durable, functional parts using industry-standard thermoplastics like ABS and PLA.
Rapid Prototyping
Quick turnaround of physical models to validate form, fit, and function before moving to expensive tooling.
Multi-Material Parts
Simultaneously printing rigid and flexible materials or multiple colors in a single print job for complex assemblies.
Post-Processing
The print is just the beginning. Our post-processing lab ensures your parts look and feel like finished products. We handle everything from support removal to surface smoothing.
Vapor Smoothing
Chemical finishing process that seals surfaces and eliminates layer lines, resulting in injection-mold quality aesthetics.
Sanding & Polishing
Manual and automated abrasion techniques to achieve specific tolerance fits or high-gloss mirrored finishes.
Support Removal & Cleaning
Professional removal of support structures and ultrasonic cleaning to ensure parts are geometricallly accurate and residue-free.
Assembly & Inserts
Installing heat-set threaded inserts, bearings, and other hardware to ensure your printed parts integrate perfectly.
Embedded Systems
Give your physical products digital intelligence. We design custom PCBs and develop firmware to create smart, connected devices that integrate seamlessly with your hardware.
PCB Design & Layout
Custom circuit board design optimized for compact enclosures, including schema capture, routing, and thermal management.
Firmware Development
Writing efficient C/C++ code for microcontrollers (ESP32, STM32, AVR) to handle sensors, motors, and communication logic.
Power Management
Designing efficient battery circuits and charging systems for portable and wearable electronic devices.
Sensor Integration
Interfacing with varying sensors (IMUs, environmental, optical) to capture real-world data for your application.
Robotics & Automation
Automate your workflow with custom robotic solutions. We design end-effectors, grippers, and automated assembly fixtures tailored to your specific industrial requirements.
Custom End-Effectors
Designing and printing custom robotic grippers and tools conforming exactly to the parts you need to manipulate.
Automated Fixtures
Creating jigs and fixtures that streamline assembly lines and ensure consistent positioning for manufacturing operations.
PLC Integration
Programming industrial controllers to coordinate multi-axis motion, sensors, and safety interlocks.
Soft Robotics
Developing compliant grippers using flexible 3D printed materials to handle delicate items without damage.
IoT Solutions
Connect your operations to the cloud. We build end-to-end IoT solutions including sensor networks, edge computing devices, and data dashboards for real-time monitoring.
Cloud Dashboards
Developing web-based interfaces to visualize real-time data streams, track historical trends, and manage device fleets.
Edge Computing
Processing data locally on the device to reduce latency and bandwidth usage before sending key insights to the cloud.
Wireless Connectivity
Implementing robust communication protocols including Wi-Fi, Bluetooth LE, LoRaWAN, and Cellular IoT (NB-IoT).
Remote Monitoring
Systems designed for 24/7 autonomous operation with alerts and health reporting for preventative maintenance.