Suba Tech Trading LLC

“What if you could cut a piece of wood in half by drawing a line on it?”, Glowforge Founder and CEO Dan Shapiro asks in his interview with Tested. That’s the elevator pitch for his company’s eponymous machine: A nearly idiot proof CNC laser cutter and engraver. If you know how to use a pencil and a smartphone, then you know how to operate Glowforge.

Glowforge uses a 40W carbon dioxide laser to engrave and cut (and someday even carve) a variety of materials, from acrylic to chocolate. But you already knew that. What Glowforge does differently is its vision-based and cloud-powered software. All you have to do is use a web app to drag-and-drop your design(s) over an image of your material(s) as they sit on the machine’s 12″x 20″ work area.

You can choose from material-based presets for the laser’s settings or input and save your own. And yes, Glowforge also has a trace mode where instead of using a template file, you’ll just sketch on the material itself and Glowforge will cut over the sketch.

Glowforge works with a variety of image files and software, including AutoCAD, Inkscape, Illustrator and PhotoShop. To sustain its user-friendly approach, Glowforge will also set up an online marketplace where you can download both free and paid templates and instructions for making a variety of objects.

Cnc Laser Cutting 1325..

sample for cnc laser machine

Page Source: http://goo.gl/LyOjsL

Website: www.subauae.com

Post By : Irfan khan

Suba Tech Trading LLC`16

#SubaTechTrading.

#RoboticMachine.

Robotic Machine Cnc Router.  

Students, researchers and staff of the University of Sydney will showcase the potential of robotics in architecture and design applications at a new exhibition for Sydney Design 2015.

Hosted by the Faculty of Architecture, Design and Planning, University of Sydney, the four-dayexhibition, Fabricating Futures: Robots. Research. Design. will explore the latest trends in robotics and digital technology that are driving innovation.

Robots and digital fabrication are increasingly being used in exciting new ways in the fields of architecture and design, presenting great prospects for the future of these creative industries.

The University’s fabrication facilities in the Design, Modelling and Fabrication Lab (DMaF Lab), one of the most advanced labs of any architecture and design school in Australia, will be a focal point of the four-day event. Fabricating Futures will be exhibited throughout the DMaF Lab, alongside working laser cutters, CNC routers and 3D printers that are used to fabricate models, prototypes and full-scale projects.

Marjo Niemelä, Fabricating Futures curator and Manager of the DMaF Lab at the University of Sydney explained that their facilities will be opened during the exhibition to allow visitors to see up close the creative-making process in action, which is still very much at the heart of architecture and design teaching.

The exhibition features the work of more than one hundred postgraduate students from the Master of Architecture and Master of Interaction Design and Electronic Arts programs, as well as researchers in architecture, architectural science and interaction design that are experimenting with new ideas and using pioneering technology.

Hundreds of complex architectural models, digitally-developed interactive prototypes, lighting and object designs, robotic ideas and innovative research will be on show, providing a glimpse of current ideas and industry potential.

A Sydney Ideas discussion panel facilitated by television and radio presenter Fenella Kernebone on Saturday 12 September, will hear four leading robotic experts – Dr Dagmar Reinhardt (University of Sydney), Marjo Niemelä (University of Sydney), Dr Matthias Haeusler (University of NSW) and Associate Professor Jon McCormack (Monash University) – discuss the current challenges of integrating robotics into architecture and design, the latest advances and industry outlook.

Fabricating Futures is a precursor event to the international ROB|Arch 2016 conference that will be hosted by the University of Sydney in March next year.

Fabricating Futures: Robots. Research. Design. will be held 10-13 September at the Faculty of Architecture, Design and Planning, Wilkinson Building, 148 City Road, University of Sydney.

Page source: http://goo.gl/0Plrll

Website: www.subauae.com

Post by: Irfan Khan

Suba Tech Trading LLC

#cnclasermachine

Description for Cnc laser Machine SB1325 

1.Working area: 130*250cm

2.Table surface: Aluminum Working Table

3.Control System: USB Control

4.Software Laser: Cut Original Software

5.Laser Power: 130 -150 Watt

6.Accessories: Exhaust System, Air Compressor, Chiller

7.Tools: Tool Box for machine maintenance

8.Cutting: Speed 0—6000mm/min for acrylic

9.Accuracy: ± 0.05mm

10.Operating Temperature: 0 – 45°C

11.Operating Humidity: 8—95%

12.Software: Corel Draw, Adobe Photoshop, Art Cut, Laser Cut

13.Total Weight: 1500kg

Machine with Latest system of Red Color Focus Pointer, Double Exhaust System, Machine designed is very suitable for acrylic cutting.

Detailed Product Description

Suitable for cutting and marking plastic, wood, paper, leather, acrylic, horn, fabric fiber and composite material, etc. It could mark on stone, chinaware, glass, two-color board and alumina, etc. Support bitmap marking, grade marking, vector cutting and laser drilling.

System Characteristics.

1. Mini, high cutting speed, high precision.
2. Fly light path, lift worktable.
3. Red light preview.
4. Adopt imported high class motor, Japanese high accurate belt and belt wheel,
imported slide-rail in order to guarantee high precision in high speed movement.
Max. Cutting speed 500mm/m, marking speed 1500mm/m, repetitive positioning
precision.
5. Consist of optical system, motor system, control system, fume exhaust system,
blow-through fan system and focus positioning device. Optional accessory:
beehive absorption table. Front door and back door could be open.

Performance Features laser cutting machine.

 laser engraver is designed for advertising decoration and other industry. The cutting and engraving speed both are high.adopt import linear rail and guide, it moves smoothly. As welll as the advanced DSP control system, 3 phase stepper motor, stable driver, which ensures the high precision cutting and engraving at a high speed, no need secondary processing the depth of work could adjust automatically either.

Guarantee: 12 months limited guarantee from the date of Installation.Free training for UAE customer.

website: www.subauae.com
post by: Irfan Khan