KD1080-F1 High Precision Camera Laser Cutter With Honeycomb Table
KASU Laser’s high-precision laser cutter with a top industrial camera can realize position cutting of printed or embroidered materials with super high precision and speed.
- 0.2MM High Accuracy and Precision Cuts
- Powerful Vision Software Meet Multi-Industry Needs
- Smooth & Clean Cut Edge
- Low Initial Machine Investment
- 🚚 7–15 days lead time
- 🛡 12-month warranty
See the KD1080-F1 High Precision Laser Cutter With Camera in Action — Vision-Aided Cutting Video
Watch the KD1080-F1 High Precision Laser Cutter With Camera 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 KD1080-F1 High Precision Laser Cutter With Camera in Action — Vision-Aided Cutting Video
Laser cutting technology is ideal enough to smoothly and effectively cut many kinds of materials without causing it any harm overall.
The KD1080-F1 High Precision Camera Laser Cutter With Honeycomb Table is the Co2 laser cutter combined with the advanced large vision software system of the KASU laser. It can automatically recognize the features of the printed or embroidered fabrics, leather, and other flexible materials and then cut with super high accuracy and efficiency.
KD1080-F1 High Precision Laser Cutter With Camera — Vision System Specs, Accessories & Manufacturing
Every vision system, optics and motion dimension of the KD1080-F1 High Precision Laser Cutter With Camera 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 Smooth Cutting Edge, and Any Type of Textiles. Switch the tabs below to drill into each.
- Data Sheet
- Includes & Options
| Working Area | 1000MM*800MM | 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 | Single Head | Format Supported | AI\BMP\PLT\DXF\DST |
| Dimensions with Wood Package | 1.7*1.49*1.32M 1.7*0.94*0.87M | Positioning Accuracy | ±0.1MM |
| Gross Weight | 550KG | Operating Temperature | minus 10℃~45℃ |
| Motion System | Stepping Motor | Operating Humidity | 5-95% |
| Cooling System | 5000 Industrial Water Chiller | Total Power | <1.5KW (Excluding exhauster) |
What's Included with the KD1080-F1 High Precision Laser Cutter With Camera
- Glass CO2 laser tube — 80W / 100W / 130W (configurable)
- Top-mounted CCD vision camera (5MP)
- Honeycomb aluminum cutting table (standard)
- HIWIN-spec linear rails for 1000 × 800 mm bed
- ZnSe focusing lens (50.8 mm focal)
- Three molybdenum reflective mirrors
- Industrial water chiller
- Industrial oil-free air pump
- 1.5kW centrifugal smoke exhaust + ducting kit
- Industrial DC HV power supply
- Triangle-truss welded steel frame
- Vision software (pre-installed)
- E-stop + tower light
- Multi-language CE laser warning labels
- Factory tool kit
Compatible Upgrades for the KD1080-F1 High Precision Laser Cutter With Camera
- Rotary axis (φ80 / φ100)
- Auto-focus Z-axis head
- Blade knife table swap
- Upgrade to larger bed (KD1814 series)
- Extended-warranty pack
Inside the KD1080-F1 High Precision Laser Cutter With Camera — Vision-Aided Engineering Highlights
The blocks below take you inside the KD1080-F1 High Precision Laser Cutter With Camera — each illustrates one specific camera, optics, motion or software component that defines vision-aided cutting accuracy. Topic-by-topic below: Panoramic HD Industrial Camera, Self-Owned Top Vision Software System, and Honeycomb Table With Strong Support.
Panoramic HD Industrial Camera
Together with an industrial camera, the KASU KD1080-F1 imager laser cutter detects the entire graphic within the 1000*800MM working area and achieves ultra-high positioning cuts with an error of 0.2mm.
Self-Owned Top Vision Software System
KASU owns the full property of the top vision software system. After taking the photo of the graphics, our vision software can analyze the features of the graphics within 3 seconds and then generate the cutting path automatically.
Honeycomb Table With Strong Support
KD1080-F1 model is equipped with a honeycomb working table, which can give the soft textiles strong support and good cutting edge. Together with the well-designed smoke exhausting system, the laser beam will leave no black or yellow marks along the fabric edge.
One Stop Laser Solution For Your Product
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How KASU Support Your Business
We also support OEM/ODM requests to boom your brand.
Fast response, spare parts support, 100% after-sale services. According to customer demand, our skilled and professional engineers will provide the best product solutions for your business. KASU Laser is committed to quality, innovation, and excellence. We are supporting our clients worldwide for more than 12 years.
Frequently Asked Questions About the KD1080-F1 Precision Vision Laser Cutter
What's the KD1080-F1's distinct niche — precision + camera + honeycomb all on a compact bed?
The KD1080-F1 combines three features rarely found together at this size: (1) ±0.1 mm precision linear-rail gantry, (2) CCD top vision camera for printed-pattern registration, (3) honeycomb cutting table for thin / rigid substrates. The 1000 × 800 mm bed is small but the feature stack is high-end. The niche: precision printed-cardboard prototyping, precision printed-paper craft, jewelry packaging die-cut samples, and any high-tolerance printed-substrate work where camera alignment + tight tolerance both matter.
How does the KD1080-F1 outperform the larger KD2016-SY for precision printed-cardboard prototyping?
Two factors. (1) Precision: the KD1080-F1’s ±0.1 mm precision rails are tighter than the KD2016-SY’s ±0.3 mm — matters for sub-mm-tolerance packaging die-cuts. (2) Speed on small work: smaller gantry means lower acceleration overhead — a 100 × 150 mm precision die-cut completes faster on the KD1080-F1 than on the larger machine. Trade-off: bed size — anything bigger than 1×0.8 m, the KD2016-SY wins.
Which jewelry-packaging and high-end printed-product industries are KD1080-F1 power users?
Strongest 2025 segments: Italian and Swiss jewelry-packaging die-cut prototypers (precision matters for luxury feel); German and Danish high-end stationery brands (greeting-card insert precision); Japanese precision-craft studios (lacquerware insert templates, sushi-knife packaging samples); US specialty-cosmetics packaging studios; and UK fine-bookbinding studios (book-cover die-cut samples). Common driver: tight tolerance + printed-substrate alignment + small-batch sample volume.
Can the KD1080-F1 cut precision parts that need post-machining elsewhere?
Yes — the ±0.1 mm precision means cut parts can serve as datum references for downstream machining. Examples: laser-cut MDF jigs that hold parts for CNC milling; laser-cut acrylic templates that guide drill operations; laser-cut foam-rubber gaskets that nest precisely against machined surfaces. The KD1080-F1’s precision is sufficient for these reference-quality applications — not for finished aerospace or medical-grade parts, but for shop-floor jig and fixture work, it’s well-positioned.
What's the comparative ROI window for the KD1080-F1 against bigger precision printed-substrate workflows?
The KD1080-F1 pays back fastest in workflows where (a) print sheet size is consistently small (A3 / A4), (b) precision matters (rejects at >±0.2 mm), and (c) batch size is small enough that a larger machine’s bed-size advantage doesn’t apply. For a small-to-mid precision packaging prototyper running 50-200 sheets/day at A3 size with ±0.1 mm tolerance, the KD1080-F1 typically pays back within 6-9 months versus outsourcing the work to a specialised die-cut house.