CNC cutting · routing · drilling
What does HTC Wood do for your project?
CNC wood routing at HTC Wood turns your computer designs into real timber components with industrial accuracy (±0.1mm tolerance). We cut contours, mill joinery grooves, pocket reliefs, and drill assembly holes in both solid timber (oak, ash, walnut, rubberwood) and engineered panels (MDF, Plywood, HDF). Whether you need 1 test prototype or thousands of parts for a rollout, our workshop delivers on time.
Best suited for your project when: Cabinetmakers, interior contractors, and architects needing precise repeat parts from CAD/3D drawings or master templates. Shaker doors, tabletop profiles, decorative wave panels, chair frames, or precision joinery. Projects requiring precision cam-lock and dowel hole patterns for rapid on-site assembly without hand trimming.
Practical workshop notes before ordering: 3D renderings show styling, but machines require dimensioned CAD files (DWG/DXF/3D) or physical samples to generate toolpaths. Inside corners naturally have a radius matching the cutter diameter; sharp 90° inside corners require corner relief pockets or fine-bit finishing. Solid timber has directional grain; our team helps align cuts along the grain to prevent warpage and split edges.
Quick outline & key topics covered below:
- •CNC wood machining from CAD drawings, physical samples or concepts
- •From 1 prototype test sample to high-volume production batches
- •Contour cutting, pocket grooving, and cam-lock drilling
- •Machining capabilities across popular solid timbers and engineered panels
- •Inputs Needed, 4-Step Process & Quotation Basis
- •Quality Inspection Checklist & FAQs
Technical Capabilities & Practical Machining Solutions
CNC wood machining from CAD drawings, physical samples or concepts
At HTC Wood, whether you have finished CAD drawings, physical templates, or rough sketches on paper, we have a streamlined path to begin:
From technical drawings (CAD / DXF / 3D): If you already have 2D (.dwg, .dxf) or 3D files with dimensions, our workshop generates toolpaths immediately and returns an exact quote within 1-2 hours.
From physical wood samples (Templates): Simply mail or drop off your sample at our shop. Our technicians measure radii, digitize curves into CAD, and cut a test sample for your sign-off before volume production.
From concept sketches or photos: No computer files yet? Just send a hand sketch with dimensions (L x W x T) or reference photos. Our in-house engineers will convert it into a production CAD file.
From 1 prototype test sample to high-volume production batches
We know every production phase has different priorities. Our workshop organizes flexible setups for both prototyping and volume rollouts:
Prototypes and short runs: We gladly machine single test pieces so you can feel the surface, verify tenon tolerances, and test assembly fit. Prototypes are typically ready in 24-48 hours.
High-volume production runs: We utilize automated nesting software to maximize sheet yield, using dedicated production fixtures so every single part off the line matches 100%.
Contour cutting, pocket grooving, and cam-lock drilling
Instead of passing wood through multiple separate machines, our multi-function CNC systems handle three key operations in one pass:
CNC contour cutting: Cuts panels into exact rectilinear or curved shapes with razor-sharp edges, eliminating surface chipping on Melamine or Veneer boards.
Grooving & Joinery pockets: Mills hinge pockets, rebates, cabinet back slots, and recessed LED aluminum channels with millimeter depth precision.
Cam-lock & Dowel hole drilling: Drills coordinate-accurate holes for eccentric cam-locks, wooden dowels, and adjustable shelf pins for effortless on-site assembly.
Machining capabilities across popular solid timbers and engineered panels
Different timbers have varying hardness and grain behaviors. Our machinists match the exact tooling and spindle RPM to deliver the cleanest finish:
Solid timber (Oak, Ash, Teak, Walnut...): Carefully planned grain orientation with specialized spiral carbide bits to prevent burning and fiber tear-out during deep cuts.
Plywood (Melamine / Laminate / Veneer faces): Cut with dedicated compression bits (up-and-down spiral), ensuring both top and bottom decorative faces remain pristine without micro-chipping.
Moisture-resistant MDF & HDF: Enables high feed rates with crisp groove definitions and silky cut surfaces, allowing paint finishes to adhere evenly without fuzzy spots.
Inputs Needed, 4-Step Process & Quotation Basis
To save your time, HTC Wood technicians can review files and quote within 1-2 hours. Here is how to prepare your data and our streamlined workshop process.
1. Simple Inputs You Need to Send
1. Drawings or physical samples: Send 2D CAD (.dwg, .dxf), 3D files (.skp, .step), or clear dimensioned hand sketches. Measurable physical samples can also be delivered directly to our workshop.
2. Material and blank supply: Specify timber species or sheet material. You can supply your own blanks or have HTC Wood provide kiln-dried lumber and certified boards.
3. Quantity and finish expectations: State prototype test quantity, expected batch volume, and whether parts should be delivered raw-machined or finish-sanded.
2. 4 Steps from File Approval to Delivery
Step 1: Review data & Propose solution: Technicians check drawing geometry, run nesting software to optimize wood yield, and provide a clear quotation within 1-2 hours.
Step 2: Prototype sample & Test fit: For new models or critical joinery, we run a trial prototype in 24 hours so you can inspect tolerances and test joints before volume runs.
Step 3: High-speed CNC batch machining: Batches run on multi-axis CNC routers with heavy-duty vacuum beds, keeping boards rigid for chatter-free, ultra-clean edges.
Step 4: Quality inspection, packing & Delivery: Parts undergo caliper checks, protective wrapping, and dispatch directly to your workshop or job site across Binh Duong, HCMC, and Dong Nai.
3. How is Machining Pricing Calculated?
Toolpath length and machine time: Straight cutting runs faster than parts with deep recessed pockets, intricate curves, or dual-sided machining setups.
Wood hardness and tooling selection: Dense hardwoods (oak, walnut, rosewood) require specialized carbide cutters and slower feed rates than MDF to prevent burning and maintain smooth grain.
Batch volume and nesting efficiency: Larger batch volumes distribute programming and fixture costs across more units. Intelligent nesting minimizes scrap material.
Note: Official quotations, delivery schedules, and prototype fees are confirmed transparently in writing upon reviewing actual dimensions and material specs.
Quality Inspection Checklist & FAQs
Quality Inspection Checklist upon Delivery:
- • Actual dimensions: Checked with digital calipers, holding tolerances within ±0.1mm to ±0.2mm per drawing.
- • Edge cleanliness: Crisp straight cuts without frayed fibers or chipped Melamine/Laminate surfaces on top or bottom.
- • Joinery and hole alignment: Test-fitted tenons, mortises, and cam-lock holes for tight, square assembly.
- • Surface smoothness: Clean routed pockets with flat bottom surfaces, ready for immediate assembly or spray finishing.
Quick Answers to Common Client Questions:
Can you work from reference photos or hand sketches?
Absolutely! Send your reference photo or hand sketch with rough dimensions to our Zalo (+84 979 716 556). Our technical team will convert it into a production-ready 2D/3D CAD file for your approval.
Do you accept small batches or single prototypes?
Yes, prototype orders are warmly welcomed! We know workshops and architects need test pieces to verify fit and finish before committing to full production. Turnaround is typically 24-48 hours.
Can clients supply their own wood or boards?
Of course. You can drop off your wood or boards at our workshops in Thuan An or Bac Tan Uyen (Binh Duong). Alternatively, we can provide kiln-dried wood materials directly at competitive wholesale rates.
What is the machining accuracy and tolerance of your CNC routers?
Equipped with industrial servo motors and precision linear rails, our machines maintain repeatable tolerances within ±0.1mm to ±0.2mm, ensuring parts snap together seamlessly during assembly.
