Our Core Ecosystem & Capabilities
To support your project from initial design to final delivery, we have assembled a state-of-the-art technological ecosystem:
Industrial Polymer FDM
High-temperature dual-extrusion systems delivering layer resolutions down to 40 mu with micron-level positional accuracy.
Large-Scale Metal 3D Printing
Wire Arc Additive Manufacturing (WAAM) utilizing dual-filler simultaneous wire feeding for high-speed alloy fabrication.
Low-Volume Vacuum Molding
Cost-effective, short-run replication of functional plastic products with exceptional surface finishes.
Precision Laser Processing
Advanced cutting and marking systems capable of clean cuts on premium materials (including leather) and high-fidelity marking on complex, curved, or non-planar surfaces.
3D Scanning & Validation
Non-contact optical scanning for reverse engineering, deviation analysis, and rigorous quality assurance.
High-Temperature & Industrial FDM Printing Service
We specialize in additive manufacturing with the world's strongest, high-performance thermoplastics. Utilizing our industrial-grade fleet, we bridge the gap between initial design and rugged, field-ready functional parts. Whether you require tooling, custom jigs and fixtures, or end-use structural components, our technology is calibrated for absolute consistency.
Technical Capabilities & Machine Specifications
Our primary industrial FDM workhorse is the Vision Miner 22 IDEX V4, engineered specifically for high-performance polymers.
• Build Volume: 350x350x450 mm (13.7x13.7 x17.7 in) allowing for medium-to-large structural components.
• Extreme Thermal Management
• Independent Dual Hotends (IDEX): Heated up to 500 Celsius for complex, multi-material, or soluble support geometries.
• Actively Heated Chamber: Maintained at 100 Celsius with triple-wall stainless steel insulation to eliminate warping and maximize interlayer bonding.
• Kinematic Build Platform: Heated up to 200 Celsius to ensure flawless first-layer adhesion.
Material Portfolio
We process a highly specialized matrix of engineering polymers:
• Ultra-Polymers: PEEK (all industrial grades), PEKK, and PPSU/PPSF (Polyphenylsulfone).
• Amorphous Thermoplastics: ULTEM™ 9085, ULTEM™ 1010, and Polycarbonate (PC) alloys.
• Composite Materials: Carbon-Fiber (CF) and Glass-Fiber (GF) reinforced Nylons and PEEK for exceptional strength-to-weight ratios.
• Standard & Flexible Alloys: ABS, ASA, PETG, TPU, and soluble support materials.
Applications & Use Cases
• End-Use Aerospace & Automotive Parts: Lightweight brackets, ducting, and housings in ULTEM™ or carbon-fiber composites.
• Manufacturing Tooling: Lightweight, high-strength assembly fixtures, drill guides, and soft jaw clamps.
• Chemical-Resistant Components: PEEK or PPSU manifold systems and fluid connectors designed for harsh chemical and high-temperature environments.
Low-Volume Vacuum Molding & Casting
When 3D printing is too slow for batch production and traditional injection molding tooling is too expensive, our vacuum casting and molding service is the perfect bridge. This process allows you to quickly replicate a master 3D-printed model into dozens of highly durable, injection- mold-quality plastic parts.
Technical Capabilities
We combine advanced additive manufacturing with high-grade silicone tooling to reproduce end- use plastic components under vacuum.
• High-Fidelity Master Copying: We print the initial "master part" using high-temperature, ultra-smooth SLA or specialized FDM processes down to $40\ \mu\text{m}$ layer heights to ensure perfect surface replication.
• Vacuum Chamber Casting: Injecting liquid polyurethanes, epoxies, or silicones inside a vacuum chamber completely eliminates air pockets and micro-bubbles, achieving $100\%$ material density.
• Rapid Tooling turnaround: Soft silicone molds can be fabricated, cured, and prepared for casting within $24 \text{ to } 48\text{ hours}$, skipping weeks of hard-tool CNC machining.
• Finishing Options: Molded parts can be tinted with custom colors, textured with specific matte/gloss finishes, or overmolded with soft elastomer grips.
Material Capabilities
Our vacuum casting resins are chemically formulated to mimic the mechanical properties of mass-market injection-molded plastics:
• ABS-Like Resins: Rigorous, impact-resistant resins ideal for consumer electronic enclosures and structural covers.
• Polycarbonate-Like Resins: Water-clear, optically transparent resins designed for lenses, light pipes, and fluid visualization models.
• Elastomeric & Rubber-Like Resins: Ranging from Shore 30A to 90A for gaskets, seals, dampers, and overmolded touchpoints.
• Flame Retardant & High-Temp Resins: Designed to meet UL 94V-0 standards for aerospace and electronics applications.
Applications & Use Cases
• Beta Prototype Batches: Producing 10 to 100 identical parts for field trials, clinical evaluations, or certification testing.
• Pre-Series Production: Providing bridge-to-market parts while final steel injection molds are being machined.
• Custom Industrial Enclosures: Cost-effective custom casings for short-run medical devices, specialized laboratory equipment, and industrial sensors.
Multi-Material FDM & Precision Laser Processing
Accelerate your prototyping and custom fabrication pipelines with our hybrid multi-material printing and integrated laser processing services. Leveraging advanced dual-nozzle technology alongside optical, laser, and blade cutting systems, we deliver incredibly complex physical assemblies, custom markings, and exact material trimming.
Technical Capabilities & Machine Specifications
This service is anchored by our state-of-the-art Bambu Lab H2D Laser/Cutting Combo, providing high-speed dual-nozzle printing and automated hybrid toolheads.
1. Hybrid Multi-Material FDM Printing
• Build Envelope: 300 x 320 x 325 mm (Simultaneous Dual Nozzle).
• Thermal Range: All-metal hotends processing up to 350 Celsius inside a 65 Celsius actively heated chamber.
• Supported Materials: Advanced multi-material combinations including PLA, PETG, TPU, ABS, ASA, PC, PA, and abrasive PPA-CF/GF or PPS-CF/GF composites.
2. High-Precision Laser & Marking Module
• Laser Cutting Area: 300x 285mm work envelope with a positioning accuracy of < 0.3 mm.
• Material Versatility: High-fidelity marking and cutting on premium leather, dark acrylic, wood, rubber, and sheet metal.
Applications & Use Cases
• Complex Multi-Material Prototypes: Combining soft TPU gaskets with rigid polycarbonate housings in a single, continuous build.
• Premium Leather Crafting & Branding: Laser cutting and high-fidelity engraving for bespoke leather interiors, consumer electronics cases, and luxury branding.
• Curved Industrial Part Marking: Laser engraving serial numbers, barcodes, and technical assets directly onto curved, molded, or printed surfaces.
Wire Arc Additive Manufacturing (WAAM)
Our Wire Arc Additive Manufacturing (WAAM) service provides a high-deposition, cost-effective alternative to traditional forging, casting, and subtractive metal machining. Optimized for large-scale, structural metal components, this service dramatically slashes lead times and material waste on complex metal geometries.
Technical Capabilities & Machine Specifications
Our specialized industrial metal printing fleet operates with extreme thermal stability and precision.
• Build Volume: Approximately 250x 250x250 mm
• Advanced Dual-Filler Feeding: Features a dual-filler simultaneous wire feeding system utilizing standard metal wires. This enables custom alloy blending or the simultaneous deposition of distinct wire materials within a single part.
• High-Speed Deposition: Reaches continuous deposition rates of 1 to 4 kg/h with a feed speed of 9.5 to m/min, making it significantly faster than powder-bed metal printing systems
• Atmospheric Protection: Fully shrouded Argon gas delivery system prevents oxidation and guarantees superior grain structures in printed alloys.
Compatible Metal Alloys
Our system has an open-filler architecture and is compatible with almost all commercial welding wire alloys:
• Structural Steels & Stainless Steels: Grade 316L and 304 for corrosion resistance and high strength.
• Nickel-Based Alloys: Inconel variants for extreme high-temperature environments.
• Aluminum & Titanium Alloys: Optimized for high-strength, lightweight aerospace applications.
Applications & Use Cases
• Tooling & Die Repair: Rapidly depositing hard-facing alloys directly onto existing steel blocks or repairing worn industrial tooling.
• Heavy Machinery Components: Heavy brackets, crane arms, and industrial structural elements.
• Aerospace & Marine Blanks: Near-net-shape blanks for propellers, turbine structures, and engine mounts that are subsequently post-machined to final dimensions.
Quality Assurance, 3D Scanning & Metrology
In critical engineering, "close enough" is a failure. We operate under a strict quality-first philosophy, verifying that every single part we manufacture—whether polymer, metal, or composite—falls precisely within your specified geometric tolerances. Our metrology service ensures you receive fully validated components ready for critical deployment.
Metrology & Scanning Ecosystem
We employ non-contact and optical measuring technologies integrated directly into our manufacturing workflows.
1. High-Resolution 3D Scanning
• Reverse Engineering: Using high-fidelity non-contact optical 3D scanners, we capture the physical geometry of existing parts down to micron-level accuracy. We can reconstruct obsolete components or generate editable CAD models from physical parts.
• Deviation Analysis: We scan finished printed parts and overlay the captured point-cloud data directly onto your original 3D CAD design. This generates a visual heat map detailing any dimensional variance.
2. Micro LiDAR & Laser Height Metrology
• Multi-Point Spatial Auditing: Features up to a 144-point adaptive mesh and automatic gantry self-squaring routines to eliminate mechanical deviation.
3. Integrated Process Monitoring
• Multi-Camera Inspection: Continuous top-down and toolhead camera sweeps 1920x1080 and 3264x2448 resolutions) track layer integrity.
• Filament Odometry Networks: 15-sensor optical flow systems and automatic runout, tangle, and feed-tension trackers prevent extrusion anomalies.
Delivered Documentation & Quality Assets
Upon request, we provide a complete Quality Assurance package with your order:
• Color-Coded Deviation Maps: A visual 3D analysis displaying dimensional variations between the manufactured part and your CAD design.
• Measurement Reports: Detailed reports verifying critical dimensions, hole alignments, flatnesses, and concentricities.
• Certificate of Conformance (CoC): Official validation confirming the structural and chemical material grades utilized.
CAD Design, DfAM & Reverse Engineering Services
Whether you are developing a brand-new concept from scratch or need to recreate an obsolete physical component with zero existing documentation, our engineering design team bridges the gap between physical reality and digital parametric CAD. Utilizing industry-standard design suites—SolidWorks and Siemens NX—alongside state-of-the-art 3D optical scanners, we create production-ready digital models optimized specifically for additive manufacturing and precision fabrication.
Technical Capabilities & Software Ecosystem
We combine high-end CAD platforms with metrology-grade 3D scanning to deliver fully parametric, highly accurate digital models.
1. Parametric 3D CAD Modeling
• Professional CAD Platforms: Native modeling performed in SolidWorks and Siemens NX, ensuring full feature tree history, clean assembly relationships, and strict adherence to geometric dimensioning and tolerancing (GD&T).
• Design for Additive Manufacturing (DfAM): We don't just design parts—we optimize them for 3D printing. This includes optimizing print orientation, overhang angles, support-free geometries, internal lattice structuring, and accounting for material shrinkage thermal dynamics across high-temp thermoplastics and metal alloys.
• Assembly & Mechanism Design: Multi-body assembly design, tolerance stack-up analysis, and mechanical fit checks for moving parts, enclosures, jigs, and custom tooling.
• Deviation Analysis: We scan finished printed parts and overlay the captured point-cloud data directly onto your original 3D CAD design. This generates a visual heat map detailing any dimensional variance.
2. Metrology-Driven Reverse Engineering
• Scan-to-CAD Workflow: Transforming raw high-density point clouds and mesh data captured from our non-contact 3D optical scanners into clean, watertight CAD models.
• Parametric Reconstruction: Rather than simply exporting static STL surfaces, we rebuild the geometry into native, fully editable parametric solids with accurate mathematical surfaces, axes, and hole patterns.
• Wear & Deviation Correction: For damaged, worn, or legacy industrial parts, we reconstruct the original "intent-to-build" nominal geometry, fixing physical wear and structural flaws during the digital redesign phase.
Specialized Design Offerings
• Topology Optimization & Weight Reduction: Utilizing generative design principles in Siemens NX and SolidWorks to remove non-critical material, drastically reducing component weight while preserving mechanical yield strength.
• Obsolete & Legacy Part Replication:
Complete reverse engineering of out-of-production machinery components, casting replacements, or un-documented spares.
• Custom Tooling, Jigs & Fixtures:
Designing ergonomic, custom-fit workholding devices, soft jaws, assembly jigs, and drill guides engineered specifically around your existing production parts.
Deliverables & Export Formats
We deliver clean, industry-standard digital assets tailored to your engineering pipeline:
• Neutral CAD Formats:
.STEP, .IGS, .x_t (Parasolid)
• Additive Manufacturing Formats: .STL, .3MF, .OBJ
• Native Source Files: Full parametric .SLDPRT / .SLDASM (SolidWorks) and .PRT (Siemens NX) model files with feature history trees upon request.
• Engineering Drawings: Detailed $2\text{D}$ manufacturing drawings with GD&T annotations and critical dimension callouts.