When you choose a Laser cutting machine, you need more than a stated laser power. You also need consistent positioning, suitable working dimensions, reliable motion control, and a cutting system that fits your material and production workflow. Jiali Laser’s 1350 Laser Cutting Machine is designed for these requirements, with a 1500×3000mm worktable, 150W–600W laser power options, servo and screw drive, and CCD automatic edge positioning. If you process acrylic, wood, leather, fabric, foam, or other non-metal materials, these specifications give you a practical basis for evaluating the machine before purchase.
1350 Laser Cutting Machine Specifications
The JL-1530 model combines a large-format worktable with configurable laser power. You can select 150W, 200W, 300W, 450W, or 600W according to your material and production requirements.
| Specification | JL-1530 |
|---|---|
| Worktable | 1500 × 3000mm |
| Laser Power | 150W / 200W / 300W / 450W / 600W |
| Driving Mode | Servo + screw drive |
| Cutting Accuracy | ±0.05mm |
| Repeat Positioning Accuracy | ≤0.01mm |
| Cutting Thickness | 0–40mm, depending on material |
| Positioning | CCD edge patrol / common positioning |
| Memory | 64MB, offline operation |
| Communication | Network + USB |
| Supply Voltage | 220V ±5%, 50Hz, 15A |
| Machine Dimension | 4300 × 2200 × 1200mm |
The 1500×3000mm laser cutting machine format gives you sufficient working space for larger sheets and production batches. Meanwhile, the ±0.05mm cutting accuracy and ≤0.01mm repeat positioning specification support applications where positioning consistency matters.
Key Features of the Industrial Laser Cutting Machine
Servo and Screw Drive for Controlled Motion
The JL-1530 uses a servo and screw-drive configuration to control laser-head movement. Jiali Laser specifies Ruineng servo motors with a 1600Hz speed bandwidth, supporting responsive motion control while maintaining a compact motor design.
The imported screw guide rail and heat-treated rack and linear guide components are designed for high rigidity, wear resistance, smooth movement, and lower operating noise.
CCD Laser Cutting Machine for Automatic Positioning
Manual positioning can create alignment errors when you process printed, irregular, or pre-shaped materials. The CCD system addresses this problem by using a camera and software-based positioning process.
The system can:
- Automatically search for the workpiece.
- Identify its position before cutting.
- Track and compensate for the cutting path.
- Reduce errors caused by manual alignment.
- Support CCD edge patrol positioning and common positioning.
This makes the CCD laser cutting machine particularly relevant when your production involves shaped materials or edge-based cutting requirements.
Offline Operation and USB File Preview
You can transfer files through network or USB communication. The machine also supports offline file preview through a USB flash drive and can display the laser-head movement trajectory in real time.
The controller supports file formats including PLT, DXF, BMP, GIF, PNG and TIF, with compatibility involving CorelDRAW, Photoshop and AutoCAD workflows.
Which Laser Cutting Machine Configuration Fits Your Application?
Your material and production requirements should determine the configuration rather than choosing the highest available power automatically.
| Requirement | JL-1530 Advantage | Suitable Consideration |
|---|---|---|
| Large sheet processing | 1500×3000mm worktable | Larger non-metal sheets |
| Different material thicknesses | 150–600W options | Select power according to material |
| Repeatable production | ≤0.01mm repeat positioning | Batch processing |
| Irregular workpieces | CCD positioning | Printed or shaped materials |
| Digital production workflow | USB + network communication | Frequent file transfer |
| Remote/offline operation | 64MB storage | Production without continuous PC connection |
For example, if you mainly cut acrylic signage, furniture components, decorative panels, or other non-metal sheets, you should evaluate the required power against material type and thickness instead of selecting a configuration based only on wattage.
How to Evaluate a 1350 Laser Cutting Machine
Before placing an equipment order, you can follow these steps:
- Identify your materials: List the materials, thicknesses, sheet dimensions, and typical cutting patterns you process.
- Define the required accuracy: Determine whether your application needs general cutting or tighter positioning consistency.
- Select laser power: Compare the 150W–600W options with your actual material and production requirements.
- Check positioning needs: Consider CCD positioning if your workpieces require automatic edge recognition or alignment.
- Review workflow compatibility: Confirm that your existing design software and file formats work with the machine.
- Request sample cutting: Send representative materials and files to Jiali Laser for practical cutting evaluation before final configuration.
Why Consider Jiali Laser as Your Laser Cutting Machine Manufacturer?
Dongguan Jiali Laser Technology Co., Ltd. was established in 2013 and reports a 1,200+ factory area, 100+ technicians, and 500+ customers. The company focuses on laser equipment R&D, production, and sales, with products covering precision laser cutting machines, laser die-cutting equipment, high-speed laser marking machines, customized industrial laser systems, and dust purification systems.
Jiali Laser states that its quality management follows ISO 9001 certification, while its products are presented as CE/FDA compliant. The company also provides OEM/ODM services, multilingual support, fast delivery, and technical assistance for international customers.
Its application experience covers automotive and aerospace parts, medical devices, electronics and semiconductors, packaging and printing, and advertising decoration. For non-metal cutting projects involving materials such as acrylic and wood, this application range can help you assess whether the JL-1530 fits your production environment.
FAQ
1. What materials can the 1350 Laser Cutting Machine cut?
The JL-1530 is designed for various non-metallic materials, with a stated cutting thickness range of 0–40mm depending on the material. You should confirm the actual thickness capability through sample testing for your specific material.
2. What laser power options are available?
You can choose from 150W, 200W, 300W, 450W, and 600W configurations. The appropriate option depends on your material, thickness, cutting speed, and production volume.
3. What is the advantage of CCD positioning?
CCD positioning uses a camera and software to locate the workpiece automatically before cutting. This can reduce manual alignment errors and is useful when you need accurate edge positioning for irregular or pre-printed materials.
Conclusione
Choosing a Laser cutting machine should start with your actual material, workpiece dimensions, accuracy requirements, and production workflow. With a 1500×3000mm worktable, 150W–600W power range, ±0.05mm cutting accuracy, ≤0.01mm repeat positioning accuracy, servo and screw drive, and CCD automatic positioning, Jiali Laser’s JL-1530 provides a configuration you can evaluate for demanding non-metal cutting applications.
CTA
If you are planning to purchase a 1350 laser cutting machine, send Jiali Laser your material type, thickness, maximum workpiece size, and sample cutting file. You can then request a suitable power configuration and sample-cutting evaluation before making your equipment decision.
