KD1830-SY-G KASU Super High Speed Laser Cutting Machine
KD1830-SY-G is mainly suitable for cutting various flexible materials, including the clothing and textile processing industry, such as digitally printed sportswear, headscarves, and soft fabrics. It can accurately cut thin and flexible materials at high speeds, featuring fast processing speed, high precision, and good stability. Additionally, this machine is equipped with an intelligent vision recognition system, enabling positioning and cutting of printed patterns with extremely high positioning accuracy.
- High Efhciency, High Precision, Energy Saving
- Powerful Vision Software Meet Multi-Industry Needs
- Vision and Non-Vision Working Modes
- Intelligent Touch Control Panel
- 💰 $22,200 – $25,000
- 🚚 7–15 days lead time
- 🛡 12-month warranty
See the KD1830-SY-G KASU Super High Speed Laser Cutting Machine in Action — Production Floor Video
Watch the KD1830-SY-G KASU Super High Speed Laser Cutting Machine run a real cutting job on our factory floor — feed alignment, beam path, 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 KD1830-SY-G KASU Super High Speed Laser Cutting Machine in Action — Production Floor Video
Designed to handle large patterns with ease, this machine is equipped with top-of-the-line camera technology for unrivalled precision. From banners to printed tablecloths, flawless cuts are achieved quickly and efficiently. The advanced features of our machines ensure not only fast and precise cutting, but also versatility across a wide range of industries, from advertising to fashion design and leather processing.
At the heart of our products is a commitment to professional quality and exceptional customer service. We prioritise your satisfaction and offer comprehensive support from pre-purchase advice to after-sales service.
KD1830-SY-G KASU Super High Speed Laser Cutting Machine — Full Spec Sheet, Accessories & Manufacturing
Every dimension you need to evaluate the KD1830-SY-G KASU Super High Speed 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: Super High Speed Cutting Efficiency, Hot Sealed Cutting Edge, and Any Type of Textiles. Switch the tabs below to drill into each.
- Data Sheet
- Includes & Options
| Working Area | 1800MM*2800MM | Software | KASU |
| Laser Type | Sealed CO2 Laser Tube | Cutting Speed | <0-1800MM/S |
| Laser Power | 200W | Working Power Supply | AC220V+5%/50-60HZ |
| Working Table | Feeding Platform | Format Supported | AI/BMP/PLT/DXF |
| Transmission Mode | Full Servo Motor + Rack And Pinion | Machine Power | 2000W |
| Cooling System | Water Chiller | Working Environment | Temperature 0- 45℃ |
| Recognition Accuracy | + 0.75mm | Humidity | 5%-95%(NO CONDENSATION) |
What's Included with the KD1830-SY-G KASU Super High Speed Laser Cutting Machine
- Glass CO2 laser tube — 100W / 130W / 150W (configurable)
- Top-mounted CCD vision camera (5MP) with large panoramic positioning
- Full servo-motor high-speed drive (2024 platform)
- HIWIN-spec precision linear rails for 1800 × 3000 mm super-large bed
- ZnSe focusing lens (galvo-tuned)
- Three molybdenum reflective mirrors
- Industrial water chiller (heavy-duty)
- Industrial oil-free air pump
- 2.2kW centrifugal smoke exhaust + ducting kit
- Industrial DC HV power supply
- Triangle-truss welded steel frame (extended length, super-format)
- Vision panoramic + servo software
- E-stop + tower light
- Multi-language CE laser warning labels
- Factory tool kit
Compatible Upgrades for the KD1830-SY-G KASU Super High Speed Laser Cutting Machine
- Auto-focus Z-axis head
- Roll-to-roll feeder for printed-sportswear continuous production
- Upgrade to galvo+gantry hybrid (consult sales)
- Extended-warranty pack
Inside the KD1830-SY-G KASU Super High Speed Laser Cutting Machine — Engineering Highlights & Capabilities
The blocks below take you inside the KD1830-SY-G KASU Super High Speed Laser Cutting Machine — each illustrates one specific engineering choice, component, or workflow capability that defines how this machine performs in production. Topic-by-topic below: Extra Large Working Format, Self-Owned Large Vision Software System, and Dual-Heads With Dual-Guiderails.
Extra Large Working Format
Kasu Large Format Laser Cutting Machine has a wide working area that makes it easy to cut large format banners, air moulds and other projects. Whether it’s a giant pattern or an intricate design that needs to be cut with precision, this machine is up to the task. Fast and efficient, it delivers perfect cutting results.
Self-Owned Large Vision Software System
KASU has full ownership of a large vision software system. the vision software for the KD1830-SY-G imager laser cutter works in conjunction with an industrial camera to automate the entire graphic inspection and positioning cutting process.
Dual-Heads With Dual-Guiderails
Unlike the dual heads with single guide rail model, KD1830-SY-G, the innovative invention of KD1830-SY-G ensures the two heads of the camera laser cutter can cut either same or different designed patterns at the same time.
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Advantages of Laser Machines
Laser cutting machine cutting accuracy is high, can achieve complex patterns of fine cutting, can quickly complete large format projects, improve production efficiency.
Laser cutting technology does not require contact with the surface of the workpiece, reducing material loss and contamination, and the machine is flexible enough to adapt to the cutting needs of a variety of materials and shapes to meet diversified manufacturing requirements.
Frequently Asked Questions About the KD1830-SY-G Super High Speed Laser Cutting Machine
What does "super high speed" mean on the KD1830-SY-G in concrete cutting-speed numbers?
“Super high speed” on the SY-G suffix means the gantry, servo motors, and drive belts are uprated from the standard SY platform:
| Model | Max linear cut speed | Realistic production speed |
|---|---|---|
| KD1830-SY (standard) | ~1000 mm/s | 400-600 mm/s |
| KD1830-SY-G (high-speed) | ~1800 mm/s | 800-1200 mm/s |
On real production contours, the SY-G runs 1.8-2.5× faster than the standard SY platform.
Which textile production environments get the most value from the KD1830-SY-G high-speed variant?
Three workloads are the sweet spot: (1) fast-fashion garment OEMs in Bangladesh, Vietnam, and Turkey running 5,000-15,000 piece daily orders for European brands; (2) embroidered-patch makers in Suzhou and Guangzhou running 24/7 bulk patch trim production; and (3) printed-packaging die-cut prototypers in the US and EU needing shorter sample-cycle times. For low-volume sample work, the standard SY platform is more cost-effective.
KD1830-SY-G vs KD1830-SY — what physical and software changes between standard and high-speed variants?
| Subsystem | Standard SY | SY-G high-speed |
|---|---|---|
| Gantry beam | Standard aluminium | Reinforced cross-bracing |
| Servo motors | Standard torque | Higher torque, faster ramp |
| Drive belts | Standard timing belt | Wider, higher tensile |
| Acceleration tuning | Default profile | Tuned for shorter ramp |
| Cooling | 5800 chiller | Same 5800 (tube unchanged) |
| Working area | 1800 × 3000 mm | Same 1800 × 3000 mm |
Is the KD1830-SY-G a popular export model to the US, EU, India, and Latin America?
Yes — high-volume textile-producing regions are the primary export markets. KASU’s recent KD1830-SY-G shipments include garment OEMs in Tirupur (India), Istanbul (Turkey), Dhaka (Bangladesh), Vietnam, Sao Paulo, and Los Angeles. Typical sea freight from Shanghai port: 14-21 days to US West Coast, 28-35 days to US East Coast, 30-40 days to Northern Europe, 14-18 days to India and SE Asia. KASU handles freight booking and CE / FDA paperwork.
Does running the KD1830-SY-G at top speed require a specialised operator skill set?
No — the operator interface is the same KASU control software as the standard SY platform, and high-speed mode is a configuration profile, not a separate workflow. Typical onboarding for a textile-factory operator already familiar with CO2 laser cutting is 1-2 days. The areas that benefit from operator attention at top speed are (a) nest density, (b) chiller water temperature monitoring, and (c) material flatness on the bed (curl introduces tracking errors at high speed).