
Archi Studio operates a CNC production facility in Malaysia, purpose‑built for architecture and interior firms. We connect Grasshopper, BIM and CAD directly to CNC so your design logic becomes precise, labelled, ready‑to‑install parts — not value‑engineered compromises.
Ideal for: feature walls & ceilings, parametric panels, kitchens, wardrobes and custom joinery across multi‑unit projects.
At Archi Studio, we make it simple: you bring the concept, and we tailor our CNC production to match it perfectly. Just send us your designs or have a chat with our team, and we’ll craft everything exactly as you envisioned. Our mission is to ensure that your unique design is at the core of every piece we produce. It’s all about making your vision a reality with a truly customized approach.
We translate your parametric definitions and BIM geometry into nested sheets, joints and fixing logic, ready for CNC machining and site installation.
Tolerance
±0.2 mm
Consistent,
repeatable output.
Speed
+40%
Faster than
conventional
carpentry for
series work.
Complexity
High
Curves, ribs,
panels & feature
joinery.
For years, furniture design was defined by the limitations of traditional woodworking tools. Straight lines and boxy shapes weren’t just a style choice—they were the only option. But today, with the power of CNC machines and advanced software, we’ve unlocked a whole new realm of creativity.
No longer confined to rigid angles, we can now craft elegant curves and flowing forms that were once impossible. This technology lets us break free from the old constraints and explore designs that are more organic, more innovative, and uniquely tailored to each vision.
In other words, we’re not just making furniture—we’re reimagining what furniture can be. This is the new era of design, where the only limit is our imagination.
We start from Grasshopper definitions, BIM models or 2D CAD, then engineer CNC‑ready geometry — including joints, offsets, fixing points and installer‑friendly labelling.
Once the system is set up, we can vary units by level, room type or module without redrawing — ideal for hotels, villas and multi‑residential projects where “similar but not identical” is the rule.
Dovetails, finger joints, pockets, concealed fixings and tungsten‑style interlocks are parametrically defined and cut with CNC accuracy — giving you traditional interior quality with modern efficiency.
From one‑off statement pieces to full towers of joinery, everything is designed around precision, repeatability and fast installation on site.
Slatted walls, ribbed ceilings, 3D surfaces, acoustic baffles, perforated screens and curved elements generated from parametric rules for each zone or level.
Modular carcasses, fronts, drawer boxes and internal fittings optimised for CNC nesting, fast assembly and consistent alignment — especially for multi‑unit developments.
Reception counters, stair balustrades, screens, integrated storage and furniture frames — all driven by parametric logic and cut as precise, labelled components.
A clear four‑step pipeline so your designers, QS and site team all know what happens between your model, our factory and on‑site installation.
You send us Grasshopper definitions, BIM models or detailed CAD sets. We align on intent, materials, tolerances and fixing methods with your design team.
We convert your design logic into production geometry: panelisation, joints, offsets, labelling and nesting strategy — always with the installer in mind.
Parts are cut, edged (where required), drilled and quality‑checked. Every component is coded and grouped by floor, unit or zone for easy unpacking and installation.
Components are flat‑packed and shipped from our Malaysia facility. For key projects we can support your team remotely or on site during the first installation phases.
Same CNC machines, very different mindset. Our background in architecture and interiors shapes how we think about detailing, tolerances and installation.
Send us drawings for a current or upcoming project — a feature wall, typical unit or key staircase. We’ll review and propose a practical design‑to‑fabrication approach with estimated timelines.