KD2016-AF Large Flatbed Top Vision Laser Cutting Machine
Large cutting area, but still high cutting precision. KASU KD2016-AF’S double asynchronous laser cutting heads are installed in two separate guide rails, cutting different shapes of patterns. It supports one-time cutting of plain fabrics with 2000*1600mm under non-vision working mode and 2000*1450mm under vision working mode. And it also supports continuous joint cutting of oversized patterns over 1600mm in length.
- Doubled Cutting Efficiency, Higher Productivity
- Powerful Control Software Meets Multi-Industry Needs
- Both Vison and Non-Vision Working Modes
- Stable and 24 Hours Running
- Super Simple to Operate
See the KD2016-AF Large Flatbed Top Vision Laser Cutting Machine in Action — Vision-Aided Cutting Video
Watch the KD2016-AF Large Flatbed Top Vision Laser Cutting Machine run a real vision-aided cutting job on our factory floor — camera registration, smart path correction, and continuous output captured at production speed. The clip shows what to expect on day one before you commit to a machine of this class.
See the KD2016-AF Large Flatbed Top Vision Laser Cutting Machine in Action — Vision-Aided Cutting Video
Laser cutting is an industrial process used in many different fields. It is ideal enough to smoothly and effectively cut many kinds of materials without causing it any harm overall.
The co2 laser cutting machine with industrial camera and smart vision system can automatically recognize the contour of the printed or embroidered fabrics, leather, and other flexible materials and then cut with super high accuracy and efficiency.
KD2016-AF Large Flatbed Top Vision Laser Cutting Machine — Vision System Specs, Accessories & Manufacturing
Every vision system, optics and motion dimension of the KD2016-AF Large Flatbed Top Vision Laser Cutting Machine in one place — complete technical data sheet, included accessories, available optional upgrades, and our factory manufacturing process. Key strengths at a glance: High Cutting Precision, Hot Sealed Cutting Edge, and Any Type of Textiles. Switch the tabs below to drill into each.
- Data Sheet
- Includes & Options
| Working Area | 2000MM*1450MM Vision Mode 2000MM*1600MM Non-Vision Mode | Software | KASU |
| Laser Type | Glass CO2 Laser Tube | Working Speed | <1000 MM/S |
| Laser Power | 80/100/130/150W | Power Supply Requirements | AC220V±5% 50Hz/60Hz 1Phase |
| Heads of Laser | Dual Heads | Format Supported | AI\BMP\PLT\DXF\DST |
| Dimensions with Wood Package | 2.28*2.72*2.08M, 2.7*1.75*0.7M | Positioning Accuracy | ±0.1MM |
| Gross Weight | 1400KG | Operating Temperature | minus 10℃~45℃ |
| Motion System | Stepping Motor | Operating Humidity | 5-95% |
| Cooling System | 5200 Industrial Water Chiller | Total Power | <1.5KW (Excluding exhauster) |
What's Included with the KD2016-AF Large Flatbed Top Vision Laser Cutting Machine
- Glass CO2 laser tube — 100W / 130W / 150W (configurable)
- Top-mounted CCD vision camera (5MP global-shutter)
- Auto-focus Z-axis servo (AF suffix — included standard)
- HIWIN-spec linear rails for 2000 × 1600 mm bed
- American II–VI 25mm focusing lens
- Three molybdenum reflective mirrors
- S&A CW-5200 industrial chiller
- Hailey diaphragm air pump
- 1.5kW centrifugal smoke exhaust + ducting kit
- Industrial DC HV power supply
- Triangle-truss steel frame
- Vision + AF software (pre-installed)
- E-stop + tower light
- Multi-language CE laser warning labels
- Factory tool kit
Compatible Upgrades for the KD2016-AF Large Flatbed Top Vision Laser Cutting Machine
- Rotary axis (φ80 / φ100 / φ160)
- Roll-to-roll feeder add-on
- Blade knife table swap
- 30+ pre-tuned material profiles (loaded with software)
- Extended-warranty pack
Inside the KD2016-AF Large Flatbed Top Vision Laser Cutting Machine — Vision-Aided Engineering Highlights
The blocks below take you inside the KD2016-AF Large Flatbed Top Vision Laser Cutting Machine — each illustrates one specific camera, optics, motion or software component that defines vision-aided cutting accuracy. Topic-by-topic below: Self-Owned Large Vision Software System, Dual-Heads With Dual-Guiderails, and Auto Feeding Conveyor Table.
Self-Owned Large Vision Software System
KASU owns the full property of the large vision software system. The vision software for the KD2016-AF camera laser cutter works in conjunction with an industrial camera to automate the entire graphic inspection and position cutting process.
Dual-Heads With Dual-Guiderails
Unlike the dual heads with a single guide rail model, KD2016-S2, the innovative invention of KD2016-AF ensures the two heads of the camera laser cutter can cut either the same or different designed patterns at the same time.
Auto Feeding Conveyor Table
KD2016-AF is equipped with a chain conveyor belt, which can auto-feed the roll material right after the laser cutting process. With the optional active feeder, the operator only needs to take care of the cut pattern pick-up job.
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How KASU Support Your Business
Quick response, reliable services, and 7-15 days fast delivery time. We are a CE and FDA-certified China laser cutter supplier, a direct factory supplier that guaranteed stable machine quality, fast and controllable lead time, and 100% after-sale support. KASU Laser specialized in laser cutting machine manufacturing for more than 12 years. Message us today!
Frequently Asked Questions About the KD2016-AF Vision Laser Cutter with Auto-Feeding
What does "AF" stand for, and how does the KD2016-AF differ from the KD2016-SY?
“AF” denotes Auto-Feeding: the KD2016-AF adds a chain-conveyor auto-feed system to the same 2000 × 1450 mm vision flatbed as the KD2016-SY. Where the SY requires the operator to manually load each printed sheet, the AF advances rolled material automatically section by section under the camera, then cuts, then advances again. For printed-fabric and printed-cardboard production runs above 100 sheets per batch, the AF removes the loading bottleneck and roughly doubles operator productivity.
Can the KD2016-AF process both rolled and sheet material?
Yes — the AF is dual-mode. Engage the conveyor for rolled material (printed fabric bolts, label-stock rolls, printed paper rolls); disengage and lock the conveyor flat for sheet material (cut-to-size acrylic, MDF, individual printed sheets). Mode switching takes ~2 minutes. This makes the KD2016-AF suitable for shops running mixed workloads — printed-roll production three days a week, sheet-stock work the other two.
Which production environments justify the KD2016-AF auto-feed premium over the manual KD2016-SY?
| Workload signal | Pick KD2016-SY | Pick KD2016-AF |
|---|---|---|
| Daily volume | < 50 sheets | > 100 sheets |
| Material type | Mostly sheets | Mostly rolls |
| Operator hours saved | n/a | 3-5 hrs / shift |
| Payback window | Already paid back | 6-12 months |
Where are KD2016-AF buyers concentrated geographically, and what's their typical workflow?
Heavy adoption in Vietnamese, Bangladeshi, and Indian printed-fabric converters supplying European fast-fashion brands; Turkish printed-textile mills supplying domestic and Russian apparel; Mexican printed-packaging die-cut prototypers; and Brazilian printed-promotional-product manufacturers. Shared workflow: digital printer outputs a 200-1000 m roll of printed material per day, the KD2016-AF cuts contours continuously, cut pieces feed directly to sewing or packing.
What's included in the KD2016-AF auto-feed package, and what add-ons are commonly specified?
The KD2016-AF base package ships with: chain conveyor (1800 mm width), unwind reel mount, tension-control servo, top-vision camera (5 MP standard), water chiller (5800 industrial), KASU control software with auto-nest and registration. Common add-ons: take-up reel for cut material (roll-to-roll workflow), upgraded 8 MP camera for finer registration marks, second-station bristle table for non-printed work, and an external fume extractor (recommended for any indoor installation).
Which consumables does the KD2016-AF use, and what changes with dual heads?
Three items wear on the KD2016-AF: the glass CO2 tube, the focusing lens in each cutting head, and the reflective mirrors along the beam path. This is a dual heads configuration, so there are 2 focusing lenses to check and clean, not one — the cleaning routine scales with head count, and on multi-head machines it is the maintenance step operators most often let slide. A neglected lens on one head shows up as one head cutting differently from the others, which is usually diagnosed as a machine fault before anyone checks the optics.
When you order a replacement tube, wattage is not the only thing to match. The KD2016-AF is offered at 80/100/130/150W, and a replacement has to match the wattage the machine was actually built with as well as the physical tube length — same nominal power does not guarantee the same tube fits. Send a photo of the nameplate along with the model and serial number rather than the model alone, since machines of the same model built in different years can carry different variants. The identification checklist and the split between consumables and failure items are on the accessories & spare parts page.