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Mimowork Laser Wood Cutting Laser Machines
US$8,000.00-30,000.00
1 Piece

Product profile

Customization

Available

After-sales Service

Free Online Technical Support and Training

Warranty

1 Year

Model NO.

F-1325

Application

Aerospace Industry, Automotive Industry, Advertising Industry

Cooling System

Water Cooling

Technical Class

Continuous Wave Laser

Applicable Material

Nonmetal

Structure Type

Gantry Type

Laser Classification

Gaseous Laser

Laser Technology

Laser Fusion Cutting

Motion System

Servo Motor/Hybrid Servo Motor/Step Motor

Transmission System

Belt Transmission /Gear & Rack Transmission / Ball

Machine Types

F-6040, F-1060, F-1390, F-1325, F-1530, etc.

Laser Power

60W/80W/100W/130W/150W/300W/450W/600W

Max Cutting Speed

36,000mm/Min

Max Engraving Speed

64,000mm/Min

Automatic Grade

High Automation

Certificate

CE, FDA, RoHS, ISO-9001

Processed Materials

Acrylic Sheet, Plexiglass, Lucite, etc.

Transport Package

Wood Case

Specification

1000mm * 600mm, 1300mm * 900mm, 1300mm * 2500mm.

Trademark

MimoWork Laser

Origin

Shanghai and Dongguan, China

HS Code

8456110090

Production Capacity

1000/Year

Key features

High Precision & Speed: Cutting speed up to 36,000mm/min and engraving speed up to 64,000mm/min with 0.05mm position accuracy.
Versatile Working Sizes: Available in multiple sizes from 600x400mm to 1300x2500mm, including pass-through design for large materials.
Stable Mechanical Structure: Welded 100mm square tube body with vibration aging treatment ensures long service life and stability.
USA Focus Lens: Equipped with high-quality USA laser focus lenses for optimal beam focusing and durability.
High Automation: Features servo motors, touch-screen control panel, and optional MimoNEST software for efficient production.
Safety & Efficiency: Includes emergency button, exhaust fan, and air blower to remove fumes and ensure safe operation.
Consistent Optical Path: Constant optical path design ensures even cutting quality across the entire material thickness.
Comprehensive Support: Free online technical support, training, and 1-year warranty with 24/7 engineer availability.

Company profile

Shanghai Xi Hong Technology Co., Ltd.
Experienced TeamImporters and ExportersFlexible CustomizationProduct Certification
Business Type: Manufacturer/Factory, Trading Company CertifiedCustomization Options: Customization from Samples, Customization from Designs, etc. CertifiedExport Year: 5 YearsNearest Port: Port of Shanghai, Port of GuangzhouAverage Response Time: ≤0.53hTerms of Payment: LC, T/T, PayPal, etc.

AI-Powered supplier vetting

SummaryShanghai Xi Hong Technology Co., Ltd. is identified as both a trading company and manufacturer/factory in China. Its stated capabilities include laser processing, welding, cleaning, perforation, engraving, additive manufacturing equipment, CNC machine tools, 3D printing services, and related technology services. The supplier reports professional technical R&D capability, 3D software design, SDK availability, new product activity, and broad customization options. Written procedures and records are reported for service assessment, corrective and preventive actions, and customer complaint handling. However, no certification information, customer cases, or specific production scale is provided. The supplier does not offer ODM services, branded OEM services, overseas warehouses, overseas showrooms, overseas agents or branches, or offline trade-show participation.
Supplier typeThe supplier is described as both a trading company and manufacturer/factory in one record, while another record identifies it as a trading company. Its registered location is in Shanghai, China, and its stated business scope includes manufacturing-related technology, additive manufacturing equipment, CNC machine tools, and 3D printing services.
After-Sales capabilityThe supplier reports written procedures and followed records for service-capability assessment, corrective and preventive actions, and customer complaint handling. This provides explicit evidence of a structured service-management process, although no specific response times or service outcomes are supplied.
R&D capabilityThe supplier reports professional technical R&D capability, 3D software design services, SDK availability, technology development and promotion activities, and new product activity during the past year. These stated capabilities support an innovation advantage, although no details on specific products, patents, or development results are given.
Production capacityThe supplier identifies itself as a manufacturer/factory and states that it provides laser cutting, marking, welding, cleaning, perforation, and engraving. Its business scope also includes additive manufacturing equipment, CNC machine tools, 3D printing services, and related products, but no production capacity, equipment quantity, workforce, or factory-scale data is provided.
Customization capabilityThe supplier explicitly offers customized services and lists customization from samples, full customization, minor customization, flexible customization, and customization from designs. It also provides 3D software design services, indicating broad stated support for customized product development.

Product Q&A

Q:How do you prevent burn marks when laser cutting acrylic?
A:
Using a suitable working table like a knife strip or pin working table reduces contact with acrylic, avoiding back reflection. Additionally, turning down the air blowing keeps the cutting edge clean and smooth. Making a test before real cutting to find the most appropriate laser parameter setting is also recommended.
Q:Can laser cutter engrave on acrylic?
A:
Yes, laser cutters are highly capable of engraving on acrylic. By adjusting laser power, speed, and frequency, engraving and cutting can be realized in one pass. This allows for intricate designs, text, and images with high precision, suitable for signage, awards, and decorations.
Q:How to avoid laser cutting acrylic fumes?
A:
Implementing effective ventilation systems is significant to timely remove fumes and waste. For thin acrylics (3mm or 5mm), applying masking tape on both sides of the sheet before cutting helps avoid dust and residue left on the surface.
Q:How to Laser Cut Acrylic?
A:
The process involves three steps: Step 1. Prepare the machine and acrylic; Step 2. Set the software; Step 3. Perform the laser cut on the acrylic.
Q:Acrylic Cutting & Engraving: CNC VS. Laser?
A:
CNC routers use rotating tools for thicker acrylic (up to 50mm) but often require polishing. Laser cutters melt or vaporize material, offering higher precision and cleaner edges without polishing, best for thinner acrylic (up to 20-25mm). Laser is superior for engraving, while CNC is faster for cutting.

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