Creotex delivers state-of-the-art manufacturing services, high-performance robotic components, bespoke 3D printer hardware, and custom carbon-fiber drone platforms.
High-precision subtractive, additive, and thermal fabrication capabilities engineered for rapid prototyping and serial industrial production.
High-resolution industrial FDM and SLA resin printing for functional engineering prototypes, high-temp polymers, and complex geometries.
High-power fiber and CO2 laser profiling for stainless steel, aluminum, brass, acrylic, Delrin, and composite sheet stocks with clean burr-free edges.
High-speed 3-axis, 4-axis, and 5-axis Vertical Machining Centers (VMC) delivering sub-millimeter tolerances on exotic metals and engineering plastics.
Sub-micron electrical discharge Wire EDM cutting for hardened tool steels, specialized involute spur gears, bevel gears, splines, and micro-slots.
Engineered actuation systems, smart motor drivers, and rugged chassis structures for industrial automation, robotics research, and autonomous mobile robots.
High-torque density brushless outrunners, precision closed-loop NEMA stepper motors, and coreless servo actuators designed for zero-backlash motion.
Field-Oriented Control (FOC) drivers, high-current ESC modules, CAN/RS485 networked controllers, and silent micro-stepping driver boards.
Precision CNC-milled 6061/7075 aluminum brackets, carbon-fiber structural plates, and modular track/wheel suspension chassis assemblies.
Building bespoke industrial 3D printer hardware, custom 32-bit motion control motherboards, and optimized firmware suites for production reliability.
Turnkey production of high-speed CoreXY 3D printers, large-format industrial chambers, heated beds up to 150°C, and all-metal high-flow extruders.
Engineered multi-axis controller boards with 32-bit ARM Cortex-M processors, onboard TMC silent stepper drivers, CAN toolhead buses, and high-wattage MOSFETs.
Pre-configured Klipper and Marlin firmware distributions, responsive web control interfaces (Fluidd/Mainsail), and customized touchscreen UI experiences.
Aerospace carbon fiber airframe design combined with custom flight controller firmware and autonomous navigation code for industrial UAV applications.
Precision CNC-cut 3K Toray carbon fiber quadcopter, hexacopter, and X8 airframes with chamfered arm edges, titanium fasteners, and integrated vibration dampening.
Custom flight controller programming based on PX4 Autopilot, ArduPilot, and ROS 2. Includes waypoint navigation, optical flow positioning, and fail-safe return routines.
Bespoke camera gimbals, LiDAR scanner brackets, companion computer enclosures (NVIDIA Jetson / Raspberry Pi), and dynamic thrust testbed benchmarking.