Машина для лазерной резки окон ARGUS CO2 с бумажно пластиковым составом используемая в OPP/PE/PET/NY/CPP

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Цена:4 658 955,00 ₽ - 5 324 520,00 ₽*

Количество:

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Описание и отзывы

Характеристики







Laser technology offers a range of applications in the flexible packaging industry, providing precise and efficient solutions.Some key uses of lasers in flexible packaging include:
1. Perforation
Laser technology can be employed for creating micro-perforations in flexible packaging materials. This is useful for controlled
gas and moisture exchange, extending the shelf life of packaged products like fresh produce or snacks.

2. Scoring and Cutting
Lasers are effective in scoring and cutting flexible packaging materials with high precision. This is particularly beneficial for creating easy-open features on packaging or for intricate designs, ensuring clean and accurate cuts without damaging the material.

3. Window opening
Laser technology can be used to create precise and customizable openings or transparent windows in flexible packaging materials.


Easy opening
Breathing holes
Window opening


The CO2 Laser Scoring and Perforation System is widely used in the PVC、PE、PET、AOPP、MOPP and composite package materials, shrink sleeve, shrink label easy tearing line high speed laser scoring perforating and some soft packing air permeable hole laser perforating.






Laser Head Model
Laser scoring in web-direction only Laser mircro perforation Multi-head available Laser power: 30W/55W/70W/100W
Galvo Head Model
Laser scoring in Cross web-direction
Laser micro perforation
Small hole cutting
Multi-head available
Laser power: 55W/70W/100W
Working area: 50x50mm~300x300mm
3D Galvo Head Model
Laser scoring in Cross web-direction Small hole cutting
Window opening
Multi-head available
Laser power: 250W
Working area:
250x250mm~600x600mm




Model
SCM30/SCM55/SCM70/SCM100
Laser Power
30/55/70/100 watts
Laser Source
Coherent CO2metal RF Laser source
Laser Wavelength
10.6μm
Laser Frequency
1kHz~25kHz
Flim Perforation Speed
50-400 meters/min(according to the material and laser power)
Repetition Precision
0.01mm
Emulated Encoder
Including
Control System
ARGUS
Including
Customized mounting structure, Computer with software, Exhausting Fans, Air Pump
Power Supply
110V~220V/50Hz~60Hz
Cooling Way
Air/water Cooling
Multi-head
Avaible according to the request




Model
SCM55/SCM70/SCM100
Laser Power
55/70/100 watts
Laser Source
Coherent CO2metal RF Laser source
Laser Wavelength
10.6μm
Laser Frequency
1kHz~25kHz
Galvo Head
High speed galvo scanner
Idle Marking Speed
3000mm/s
Flim Perforation Speed
50-280 meters/min(according to the material, laser power and processing design)
Repetition Precision
0.01mm
High Precision Sensor
Japanese RGB Sensor Eye Mark Reader ( Response time 200us)
Emulated Encoder
Including
Control System
JCZ/BSL
Including
Customized mounting structure, Computer with software, Exhausting Fans, Air Pump
Power Supply
110V~220V/50Hz~60Hz
Cooling Way
Air/water Cooling
Multi-head
Avaible according to the request




Model
SCM2000
Laser Wavelength
10.6μm
Laser Source
Coherent J2 R.F. metal laser source
Output Power
230~250W
Laser Repetition Frequency
1Khz~100Khz
Galvo Head
High speed 3D galvo scanner
Max Marking Area
250mm*250mm ~600mm*600mm
Marking Speed
≤ 7000mm/s
Repeat Accuracy
±0.01 mm
Fly Marking Speed
50X50mm window 120 m/min( depending on material process)
High Precision Positioning Sensor
1RGB sensor (imported from Japan) response time 50 us digital encoder
Cooling Mode
Circulating water cooling
Working Power
AC220V/AC380V 50HZ/60HZ
Average Power Consumption
7KW
Multi-head
Avaible according to the request








Laser perforation advantage:
1) Using fast laser perforating, holes are protective due to the round shape burning melt, not easy break.
2) High-speed detection, uniform hole size, adjustable hole spacing, any direction.
3) Circulating water cooling of the galvanometer control board, continuous high-speed (50-280m/min) operation, low failure rate.


Laser Perforation
Mechanical gear punching
Perforation Direction
Any direction
One direction
Error Accuracy in high speed
< 0.1-0.5mm
< 1-1.5mm
Perforation speed
50-280meters/min
100-180meters/min
Hole diameter
Same size, min 0.1-0.3mm
not uniform
Holes distance
Always keep same distance(min 0.3mm)
not uniform
All Holes quality
Very uniform
Easy change shape during highspeed working, not uniform
Consumables part
No consumption parts
Change gears always
Application
Cut holes, lines and so on .
Just can cut holes












1.Versatility
ARGUS LASER's machines offer versatility in terms of accommodating different materials and thicknesses. This flexibility is beneficial for industries with diverse requirements, allowing the machine to handle a range of materials used in packaging and other applications.

2.Advanced Technology
ARGUS LASER utilize advanced laser technology, providing efficient and effective solutions for scoring and perforating. This could include features such as advanced control systems and automation, contributing to improved overall performance.

3.Customization Capabilities
The laser scoring and perforation machine from ARGUS LASER allow for customization of different mounting structure. This is valuable for industries that use different kind of slitting and rewinding system.

4.Production Efficiency
ARGUS LASER's machine is designed to enhance production efficiency. Laser technology is often recognized for its speed and precision, contributing to faster production cycles and potentially reducing overall manufacturing costs.

5.Reliability and Durability
ARGUS LASER machines is known for its reliability and durability, ensuring consistent performance over time. This is crucial in
industrial settings where downtime can have significant impacts on production.

6.Easy of Use
The laser scoring and perforation machine from ARGUS LASER is designed with user-friendly interfaces and controls. This ease of use can contribute to quicker setup times, reduced training needs, and improved overall operational efficiency.

7.Technical Support and Service
ARGUS LASER provides strong technical support and service for their machines. This is essential for addressing any issues promptly, conducting routine maintenance, and ensuring that the equipment operates at peak performance.

8.Industry Reputation
During the 25 years history, ARGUS LASER gains a good reputation within the industry and positive feedback from other users. A strong reputation often indicates a track record of delivering reliable and effective solutions.


About us
SUNIC GROUP is a leading high-tech company specializing in laser processing and solar energy solutions founded in 1998. Recognized by the Chinese government for innovation, we've been entrusted with the "863 Project" and have import-export privileges. Our YAG series filled a gap in the Chinese market for solar laser scribing machines, making us a key player globally.

Our commitment to quality is evident through international standards compliance, including CE and ISO 9001. With over 20 national patents, we are dedicated to industry innovation. Sunic offers a diverse product line, serving industries worldwide, and maintains a strong presence with over 40 agents in China and global exports.

Collaborating with research centers, our engineering team leads in laser and solar energy applications. Our mission is to drive industry development and national revitalization. Guided by a client-oriented philosophy and a commitment to professionalism, Sunic delivers practical solutions with integrity, embodying a reputable Chinese company image.
















1. Define Requirements
Specify the types of processing materials, material thickness, material width, processing methods, desired
patterns, processing quality requirements, processing speed, and provide a schematic diagram indicating the installation dimensions of the equipment.

2. Technical Assessment
Evaluate feasible technical solutions. Consider technical feasibility, costs, and ensure that the chosen technical solution meets the core requirements of the processing.

3. Solution Validation
Customers can send material samples for prototype testing to validate the proposed solution.

4. Decision Making
Based on the product solution, quotation, and test results, the customer makes the final decision.

5. Purchase Order (PI) Signing
Confirm the final price, payment terms, delivery terms, and other conditions, and sign the Purchase Order.

6. Payment and Equipment Delivery
Proceed with the payment as per the agreed terms, and arrange for the delivery of the equipment.


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