Professional · Precise · Practical
Ideas, madetangible.
A practical maker studio for exploring materials, processes and the distance between a digital model and a physical object.
Capabilities
Tools for moving an idea forward.
From a first fit check to a refined object, every project starts with a useful question.
Benchtop CNC
Small-batch subtractive work for rigid parts, jigs and tactile experiments.
02 / CapabilityEngineering Plastics
Material-led exploration with PC, PP, POM, ASA and carbon-fiber reinforced polymers.
03 / CapabilityFDM Printing
Layer-by-layer thermoplastic prototypes for fit checks, fixtures and early functional tests.
04 / CapabilityPost-Processing
The final surface, fit and finish: sanding, cleaning, inserts and assembly preparation.
05 / CapabilitySLA Printing
Fine-detail resin parts for visual models, small mechanisms and presentation prototypes.
06 / CapabilitySLS Printing
Durable powder-bed nylon parts with complex geometry and no support structures.
Featured Projects
Creative work, carefully unpacked.
Selected studio projects and independent technical studies.
Additively Manufactured Fuel Nozzle
A reference study of part consolidation, internal channels and high-temperature alloy thinking.
02 / ProjectLightweight Alloy Wheel Study
An automotive reference study balancing material reduction, stiffness and manufacturability.
03 / ProjectBattery Module Bracket Study
A reference study focused on interfaces, thermal thinking and structural efficiency.
Maker Journal
Notes from the workbench.
Practical guides, process studies and manufacturing news—written for people who make things.
Material Notes: Stiffness Is Only One Variable
A practical reminder to compare impact, temperature, friction and environment alongside stiffness.
Read noteChoosing a Process for the First Useful Prototype
A short workbench note on matching fidelity, material behavior and iteration speed to the question at hand.
Read noteWeekly 3D Printing & CNC Brief — September 12, 2026
Four practical manufacturing updates: ultrasonic support removal, embedded sensing in titanium, a damage-tolerant floating lattice, and CNC/CAM workflow improvements.
Read noteHave an idea?
Let’s make the next version.
Share what you are building, testing or trying to improve.