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Large Format Industial Laser Cutting Equipment

Large format industrial laser cutting equipment has become a cornerstone in various industries such as:

Signage and Displays: Ideal for cutting of large sheets of materials like acrylic, foam board, and wood to create eye-catching signs, exhibition displays, and promotional materials.
Textile and Apparel:  These machines are used to precisely cut fabric and patterns for clothing, upholstery, and interior design applications. Their speed and accuracy produce consistent quality in mass production.
Architectural Cladding:  Essential for architectural cladding, enabling the creation of unique facade designs. They can cut materials like metal, glass, and composite panels to create striking building exteriors.
Furniture Manufacturing:  Cutting large wooden or metal components for tables, chairs, cabinets, and more with precision ensures that all pieces fit together perfectly during assembly.
Automotive Interiors:  Cutting and shaping interior components like dashboards, upholstery, and acoustic materials. 
Boat and Shipbuilding:  Cut and shape large sections of metal, fiberglass, and composite materials. Lasers ensure that the parts fit together accurately in the construction of vessels.
Construction and Architecture:  Large format laser cutting equipment is used to create intricate architectural details, decorative panels, and building components. It allows for the use of complex designs in construction projects.
Packaging Industry:  Cutting and score cardboard, corrugated materials, and foam inserts for packaging, ensuring a snug fit for products.
Event and Stage Design:  Create large-scale props, stage sets, and event decorations. Their ability to handle oversized materials is crucial for producing memorable experiences.
Aerospace ComponentsCut large and complex components for aircraft and spacecraft. Their precision and speed contribute to the safety and functionality of aerospace systems.

Contact Us for help choosing the right laser for your projects
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FMC 280 Laser Cutter
FMC 280 Laser Cutter
38 x 24 in. (960 x 610 mm)
6.5 in
80W - 100W
40 IPS
8/28/2017
MGL-125600001G
 

Unique Fiber Laser Source with Exquisite Cutting Capability

World leading fiber laser source with unique laser firing mode control meets variety metal sheets processing demand. Powerful cutting capability to handle up to 3mm thick stainless steel and high reflective metals (aluminum, copper) with clear edge now possible.

 

Capacitive Cutting Head with Autofocus

Precise Capacitor Cutting Head keeps consistent focal distance between cutting head and heat deformed material to obtain consistent cutting quality over the platform. The non-contact cutting procedure prevents scratch on the materials to create clean cutting edge.

  

RoHS Compliance

All GCC products are RoHS-compliant (the European Parliament Directive 2002/ 95/ EC, Restriction of Hazardous Substances) and lead-free (pb free). GCC will continue to concern and provide environmentally friendly products to protect the earth for our further generation.

 

Drag-N-Play

The "Drag-N-Play" feature greatly reduces complex set up procedures and allows users to directly drag the lens carriage to the starting point of a job.

 

DuraGuide™ Motion Design

Systematic and reliable motion system embedded with strong mechanical framework, reinforced Kevlar belts, and accurate servomotor control technology to deliver superb output quality. SmartSEAL™ dust protection design to keep dust from the motion system to reduce daily maintenance and prolong rail’s life cycle.

 

Closed-loop DC Servo Technology

A Closed-loop DC servo motor can deliver greater continuous shaft power at higher speeds than a stepper of the same frame size. In addition, It can also give far greater accuracy due to closed-loop position feedback and the continuous movement, instead of constant stopping and starting. GCC LaserPro high speed closed-loop DC servo motor technology guarantees precise and fast carriage movement with exceptionally accurate outputs.

 

Automatic Table to Load up to 120 mm (4.7") Thick Objects

The automatic table movement can allow to load thick working objects and diversify the application possibility.
FMC 280 Large Piece Cutting Demonstration Video--- Video

 

Built-In Networking Connection

Network connection enables multiple laser engravers to be operated by one PC and multiple PCs to share a single unit of laser engraver. The Ethernet port has made data transmission easier and faster for GCC LaserPro users using network connection. Free your designers with great flexibility and maximum machine versatility.

 

Programmable Origin Modes

Easy-to-use multiple position modes allow the operators an effortless way to setup a job with Drag-N- Play. Repetitive workflows can be drastically simplified by relocating the origin position to any desired location.

 

Intuitive Control Panel Interface

A user-friendly menu-driven interface system simplifies complex tasks. Hot keys design and job status display facilitates your work and makes it clear and easy to carry out.

 

Innovative Windows Driver

Directly output from familiar designing software like Illustrator, CorelDraw, AutoCad through GCC LaserPro Windows driver. The innovative driver featuring powerful functions, such as SmartCENTER, Bridge Cutting, Drill, and more to reduce set up time and make easy adjustments to achieve marvelous output quality.

 

Collecting Drawer

It is a convenient design for users to collect completed workpieces and clean scrap easily.

 

SmartLIGHT

Built-in LED light module illuminates the working space and makes every detail easy to see.

 

Key Switch & Emergency Stop

Key switch safeguards the machine from unauthorized use. Prominent emergency button located on the top of the machine allows operators to stop the laser and the motion carriage immediately to provide a safe operating environment.

 

Job Preview Function

The GCC LaserPro laser engraver all series printer driver features a job preview function that previews graphics before the official laser printing process. One of the highlights of this feature is that it provides an estimated working time*.
The estimated working time is an easy tool for operators to know in advance as how much time will be needed to finish the job for better job management; it is also convenient for a shop to provide a quotation for its laser services.

 

Vivid Image Engraving

FMC 280 generates more possibility and profits by not only cuts metal piece, but allocate different laser power levels to fit 256 grayscale levels delivering a vivid laser image engraving effect on metal objects.

 

Bridge Cutting

Bridge Cutting function diversifies the laser cutting into packaging prototyping and fulfill versatile requirements. Define the cutting gap to create the dashed line effect from user friendly print driver interface.
Bridge Cutting online Video

 

 
 
 
   
 

Purex Fume Extraction System

Purex Fume Extraction System

GCC teams up with a UK company to offer the Purex fume extraction unit for its full-line LaserPro laser engraving and cutting systems. These Fume Extraction Systems are specifically designed to prevent personnel from inhaling hazardous fumes and dust generated during the process. Applicable to all GCC LaserPro engravers, the Purex Fume Extraction System represents the latest invention in the exhaust extraction and smoke reduction technology for all types of applications. Noise-free operation, high vacuum capacity, compact design and long life expectancy are just a few of its outstanding features. Powered by a maintenance-free, continuous-running turbine, the Fume Extraction System, which is CE-compliant, ensures personnel safety and legal compliance.

Wi-Fi Router

Wi-Fi Router

Wi-Fi router allows you to transmit data through a wireless network. It can work with GCC laser engravers and RX II/ Jaguar V cutting plotters through the Ethernet port (not applicable for Japanese users.) Whether you are sending files to multiple GCC machines using one PC or sharing one unit of GCC machines with multiple PCs, this wireless technology can be an excellent helper.

Thin Metal Film Clamping Device

Thin Metal Film Clamping Device

Not only thick metal, but also thin metal films or metal meshes can be handled by the FMC280 laser cutting system. Thin metal films can be easily thermally distorted and its flatness affected by high pressure assisted gas during high power laser cutting process; meanwhile precise focal distance is critical to the quality of laser cutting. The GCC LaserPro team therefore develops the Thin Metal Film Clamping Device to keep thin metal materials flat without curls caused by the high pressure assisted gas and thermal distortion during laser cutting process to maintain the cutting quality. The working area of Thin Metal Film Clamping Device is 458mmx305mm (18”x12”).

Supporting Pin

Supporting Pin

Relocatable Supporting Pins sustain working piece together with Magnetic Fixtures to reduce laser reflection and residues to the rear side of working media presenting nice cutting quality.

Magnetic Fixture

Magnetic Fixture

Arrange Magnetic Fixtures to hold working piece firmly with flexibility to accommodate different cutting paths, the cutting quality is ensured with consistent focal distance between working piece and cutting head.

SmartAIR Ultra Nozzle

SmartAIR Ultra Nozzle

SmartAIR Ultra Nozzle delivers assisted gas to media with extended length when cutting thicker metals, result in clear cutting edge.

Rotary Chuck - S290LS/FMC280

Rotary Chuck - S290LS/FMC280

Handy rotary chuck to work with cylindrical metal objects like pipes, engineering parts, and even spherical objects with tilt angle. In addition to the standard X, Y, Z axis, the rotary Chuck allows for a fourth axis which rotates the object 360° to allow for engraving and cutting on spherical objects. The diameter range of the to-be-engraved object is 0.5mm to 120mm and the max. length of the object is 410mm. Its maximum weight should not exceed 4kgs.

 

FMC 280 FMC 280-Z1
Laser Source 1070nm fiber laser source, 1.5kW peak power
Work Area Normal 28 x 14.5in. (712 x 370mm)
With Thin Film Clamp 18 x 12 in. (458 x 305 mm)
Max. Part Size (W x L x H) 30.9 x 21.3 x 4.7 in. (786 x 542 x 120 mm)
Dimensions  (W x L x H) 44.3 x 28.3 x 70.8 in. (1125 x 720 x 1800 mm)
Cooling Air Cool
Drive Closed-loop DC Servo Control
Maximum Motor Speed 20 IPS
Speed Control Adjustable from 0.1~100% (Up to 16 color-linked speed settings per job)
Power Control Adjustable from 0~100%  (Up to 16 color-linked power settings per job)
Distance Accuracy 0.254 mm or 0.1% of move, whichever is greater
Z-Axis Movement Automatic
Engraving Capability) 256-level grayscale image processing capability
Resolution (DPI) 125, 250, 300, 380, 500, 600, 760, 1000, 1500, 3000
Computer Interface 10 Base-T Ethernet, Full speed 2.0 USB
Display Panel 4-line LCD panel showing current file name, total working time, laser power, cutting speed, file(s) loaded into memory buffer, setup and diagnostic menus LCD
Safety Class I Laser Product Compliant with EN60825
Class II Laser Product Compliant with CDRH
2006/42/EC Machinery Directive Compliance
Facility Requirements
Operating Voltage 200-240VAC, 50/60Hz Auto Switching, Max. 12A

*Speed is not equal throughput. See dealer or visit http://gccworld.com/faq.php?cid=1 for more details.
Specifications are subject to change without prior notice.

 
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Warranty Policy is Effective from 01/01/2019

GCC, a global forefront equipment-manufacturing provider in the visual communication industry, is pleased to announce New Product Warranty Policy. The warranty period for new qualifying machine purchases will be counted from Installation Date provided the following conditions are met.

The condition and workflow have been displayed below :

  1. New Product Warranty Policy is applied to machine shipped from GCC in 2019. 
  2. When the machine sold to end user, it is important to advise end user immediately to link to the GCC’s club http://gccf.gcc.com.tw/gccclub/login.aspx  to sign up and input the machine Serial number and their basic data to activate the machine warranty. Then the warranty of this specific serial number of machine will be changed from the invoice date to data input date (i.e., Purchasing Date that end-user purchases machine) 
  3. However, the max. Periods for end user to activate the machine warranty is 180 calendar days from invoice date.  If machine fails to be registered within this 180 days period, there will be no any extended warranty and the machine warranty period will be by default still from the invoice date.
  4. Warranty for Consumable item, Optional item and Spare parts are counted from GCC Invoice Date without change.

A Picture Conveys a Thousand Words

Glass vs. metal laser tube 


 

 

 

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