AGT
Cut AGT panels cleaner with the right tooling strategy.
AGT high-gloss, matte, PET, acrylic, and decorative MDF panels demand sharp tooling, stable feed rates, clean hold-down, controlled chip evacuation, and the right cutting method. Titan helps cabinet shops dial in the machine, tool, and process before expensive panels become expensive rejects.
AGT panel cutting is not guesswork.
High-finish panels punish weak tooling and sloppy setup. The goal is not simply to cut the panel — it is to protect the finished face, maintain edge quality, prevent heat damage, and keep production repeatable across full runs.
Compression Tooling
Use compression geometry to protect top and bottom faces when routing cabinet parts, doors, panels, and finished components.
Shop Compression Bits →
Scoring Matters
For saw processing, a properly adjusted scoring blade is one of the biggest factors in reducing bottom-side chip-out.
View Scoring Blades →
Heat Control Starts With Dust
Clean chip evacuation helps reduce re-cutting, heat buildup, film contamination, static dust, and poor edge quality in decorative panels.
View Dust Collection →The same bit can cut beautifully — or fail fast.
AGT results depend on the whole system: tool sharpness, spindle speed, feed rate, material hold-down, dust extraction, protective film condition, toolpath strategy, edge-banding prep, operator handling, and machine rigidity.
Book Tooling OptimizationRecommended tooling path for AGT.
These are the tooling categories this application page should drive customers toward. Each card can link directly into your Magento tooling categories.
Compression Bits
Best starting point for clean top and bottom edge quality on nested AGT cabinet parts.
View Category →High-Finish Blades
For sliding table saws and panel saws where the finished face and edge quality matter.
View Category →Scoring Blades
Critical for reducing underside chip-out during panel saw and sliding saw processing.
View Category →Collets & Toolholders
Runout, dirty collets, worn holders, and long tool projection can create chatter, heat, chipping, and poor edge consistency.
View Category →Technical setup guide.
These blocks are written as sales-friendly technical guidance. They teach without overpromising exact settings for every machine.
Typical AGT CNC and handling problems.
AGT issues are usually system issues. The visible defect may appear at the edge or face, but the cause may be tooling, scoring, spoilboard condition, vacuum, dust extraction, feed/RPM balance, protective film behaviour, or handling after the cut.
Micro-Chipping
Usually tied to dull tooling, wrong compression geometry, poor feed/RPM balance, weak hold-down, or vibration during the final pass.
Face Scratches
Often caused by dirty tables, debris on conveyors, dragging parts, poor stacking, unprotected carts, or chips trapped under protective film.
Heat, Glazing & Melted Edges
Common when the tool rubs instead of cuts, chip evacuation is weak, RPM is too high for the feed, or the cutter is dull.
Scoring Lines & Bottom Blowout
Often caused by scoring blade mismatch, incorrect scoring height, wrong scoring width, main blade wear, or poor panel support.
Film Drag or Film Lifting
Protective film can lift, wrinkle, drag, collect chips, or hide debris that later scratches high-gloss and PET surfaces.
Chatter and Wavy Edges
Can come from tool runout, worn collets, long tool stick-out, weak vacuum, spoilboard leaks, machine vibration, or aggressive cutting.
Rough or Fuzzy Edge
Usually tied to dull tools, poor chip evacuation, heat, material movement, or an edge that is not clean enough for a premium banding result.
Crushed Corners and Scuffs
AGT panels often fail after cutting because parts are stacked, carted, returned, or handled like raw board instead of finished material.
Video demo library.
Use this section to feature Titan YouTube demos as they are produced. Each video should connect directly to a tooling category and a shop-floor problem.
AGT CNC Compression Bit Test
Compare edge quality using different cutting strategies, feed rates, RPM ranges, and chip evacuation setups.
Panel Saw Scoring Setup
Show how scoring blade height and alignment affect chip-out on decorative panels.
High Gloss Edge Quality Demo
Demonstrate face protection, heat control, film handling, and finish-safe cutting techniques.
Build the full AGT processing system.
Clean AGT processing is not only a tooling conversation. The best results come from matching the CNC, panel saw, dust collection, sanding support, edge-banding prep, inspection, and handling process together.
Sliding Table Saws
Precision cutting support for panel shops processing AGT, decorative boards, and finished panel materials.
View Sliding Saws →
Brush & Edge Sanding
Support for controlled cleanup, profile work, edge prep, and surface-quality workflows.
View Sanding Systems →
Handling & Returns
Reduce panel damage, re-handling, lifting, face scratches, crushed corners, and bottlenecks with smarter material movement.
View Handling Systems →Send us the AGT issue. We’ll help protect the finished face.
Use this form when AGT panels are chipping, scratching, melting, lifting, burning, breaking out, banding poorly, or getting damaged during handling. AGT high-gloss, matte, PET, acrylic, and decorative MDF panels need the right setup because finished-face damage is costly and often cannot be hidden later.
- Micro-chipping on the top or bottom face during CNC cutting.
- High-gloss scratches from tables, conveyors, carts, rollers, or stacking.
- Film drag, film lifting, film wrinkling, or chips trapped under protective film.
- Heat marks, melted edge appearance, PET smearing, or glossy rubbed edges.
- Bottom breakout from saw processing or unsupported CNC final passes.
- Scoring blade lines, step cuts, double kerfs, or ragged saw edges.
- Vacuum loss, part movement, chatter, or vibration during routing.
- Fuzzy MDF core, poor edge-banding prep, or glue-line visibility.
- Dust contamination, static cling, or chips scratching the finished surface.
- Handling dents, crushed corners, scuffs, or edge bruising after cutting.
Send us the AGT panel and the edge problem. We’ll help build the cut strategy.
Tell us your AGT panel type, machine model, current tooling, cutting method, edge issue, film behaviour, and production method. Titan can help recommend a cleaner tooling and process path before the next sheet hits the table.