MIRK Systems (Microfabrication, Intelligent Robotics & Kinematics) is an advanced deep-tech engineering enterprise. We engineer modular 3-axis CNC machines equipped with real-time Digital Twins, 1-micron precision linear motor & ball screw driven stages, and sub-micron PDMS silicone molds & metal master dies for biomedical microneedle casting.
Explore our dedicated product lines across cyber-physical CNC machining, sub-micron linear motion, and precision microneedle mold tooling.
Modular Aluminum CNC with Real-Time Digital Twin AI
Designed for engineering colleges using rigid modular 6063-T6 aluminum profiles at low cost. Features 5ms collision stall protection, cutting force telemetry, and campus WiFi fleet monitoring.
Direct-Drive Linear Motors & Ground Ball Screw Driven Stages
Ultra-precision positioning stages engineered in both Direct-Drive Linear Motor and Ground C3 Ball Screw Driven architectures. Achieving true 1-micron positioning accuracy, sub-micron repeatability (±0.5 µm), and 0.1 µm optical encoder feedback.
Medical-Grade PDMS Molds & Metal Master Dies
Ultra-precision micro-machined tooling for researchers to cast their own microneedles. We supply sub-micron 316L stainless steel master dies and medical-grade PDMS silicone molds (100+ cycles).
Ultra-Precision Micro-Milling, Micro-EDM & Microfluidics
Custom CAD-to-fabrication service specializing in sub-millimeter micro-machining, 60,000 RPM micro-milling, micro-nozzles, and microfluidic chip fabrication across metals, polymers, and silicon.
Our high-fidelity PDMS and metal master dies allow biomedical researchers, pharmaceutical laboratories, and academic scholars to fabricate a diverse range of micro-arrays with sub-micron tip sharpness.
Cast dissolving Hyaluronic Acid (HA), PVA, and PVP polymer solutions for transdermal peptide, vitamin, and active cosmetic delivery that dissolve within skin interstitial fluid.
Fabricate biodegradable PLGA, Chitosan, or Silk Fibroin micro-projections engineered for sustained, controlled therapeutic release over days or weeks.
Cast swellable hydrogel micro-arrays (GelMA, PEGDA) for minimally invasive interstitial fluid extraction and continuous glucose / biomarker diagnostics.
Replicate rigid biocompatible polymers (PEEK, Polycarbonate) for skin pre-treatment microporation or dip-coating with vaccine antigens.
Integrating high-precision physical mechanics with edge-native intelligence across four core engineering domains.
Ultra-precision micro-machining, sub-micron tolerances (±1.5 µm), medical-grade PDMS casting, and bio-MEMS micro-needle tooling.
Edge-native digital twins, 5ms real-time telemetry, acoustic vibration analytics, and autonomous collision stall protection.
Direct-drive ironless linear motor stages, 1.0 µm calibrated positioning, C7/C3 ballscrews, and optical closed-loop servo control.
Turnkey engineering college lab packages, institutional PO procurement support, curriculum integration guides, and custom contract engineering.
Our engineering applications team provides formal quotes, university purchase order support, and custom microfabrication consultation within 24 hours.