BQ Ciclop 3D Scanner Review
The BQ Ciclop is a 3D scanner in a collection designed by BQ, a company based in Spain. BQ is distinguished for its spectrum of electronics commodities, from smartphone and pads to 3D printers and 3D scanners. This BQ Ciclop 3D Scanner Review reviews the most important details of this 3D Scanner.[youtube https://www.youtube.com/watch?v=DpR5bwA7BjY]
Firstly, Ciclop designed the BQ Ciclop 3D Scanner to be a free source and reasonable. Both the hardware and it operating software called Horus are under a CC-BY-SA and GPL license.
Secondly, the BQ Ciclop is a Kit which practices approximately 1 hour to model parts. This low-cost 3D scanner uses the laser triangulation technology to 3D scan objects positioned on its automatic rotating table. The frame of the Ciclop comes from 3D printed PLA parts, produced by 3D printers (such as the With box and Hephestos).
Thirdly, a cheaper version of the BQCiclop is available with electronic parts only. Also, note in this BQ Ciclop 3D Scanner Review that several maker’s projects reused these 3D scanner components and design for developing their hardware.
Assembly BQ Ciclop 3D Scanner Review
The BQ Ciplop 3D Scanner comes with a kit and requires assembly. Instructions are impersonated so it should not take long. In the past, these products had trouble taking off because of setup complications, but now that’s no longer going to be an effect since the Ciclop organizes with a comfort of use in memory. Apart from including all the components, the guidance outlines out step by step for the easy recommendation. The threaded bars, washers, and bolts are well-made, with the rods on the huge side.
The calibration objective on the BQ is right on the mark and should not cause any trouble during assembly. The openings are in position, and the base friction holds the unit in place while you’re using it.
Ability and Design
3D Scanner for 3D Printer
If this is your beginning time to use a 3D scanner, please consider the time to discover how the software and hardware operates. Utmost of the criticisms are the consequence of not studying how the software functions. If the materials or scans don’t come out right, you need to make adjustments to the calibration, light intensity and sources.
The overall design is excellent, and the Ciclop made well the components. Apparently, the only thing you can complain about here is the requirement to download the software package. Nevertheless, if you have a regular Internet connection, it shouldn’t be a crisis. As long as you understand how to use a program like Meshlab or similar, you’ll be able to assume the point cloud or any 3D features.
3D Laser Scanner for Sale
While it is open source, the power is on par with more expensive scanners acknowledgments to its use of those high 3D rotational laser triangulation tech. Essentially what this product does is activate two lasers on an object to obtain its texture and geometry. As the table turns, the unit can scan the object wholly.
One of the reasons this scanner is so promising is its great reference environment: there is now an entire community working together to improve its performance and improve the technology.
The Horus software runs smoothly, and since it is open source, there is substantial assistance. Beside its interface, you can calibrate the Ciclop, look at the point clouds that it produces and tweak camera exposure.
Make a 3D Laser Scanner
The hardware and software communicate via multiple workbenches. The first is for examining the elements like the LDR, engine, lasers, and camera. The following is for calibrating the scanner, and the third is for scanning. What presents this one of the best 3D scanners for the funds is that it’s a DIY unit but doesn’t have the weaknesses that other hand-operated 3D scanners have.
The difficulty with most DIY scanners is once the hand-operated setup finishes, the positions of the elements of the outcome differ, and this is what initiates calibration complex. With the Ciclop all of these are estimated by the system. When you fix this unit up, the internal scanner settings are measured using the arrangement set you defined. What all this suggests is the calibration process is correct whenever you scan.
Specifications BQ Ciclop 3D Scanner Review
Ciclop belongs to desktop 3D scanners, which can not match with industrial standard scanners, and it’s not suitable for scanning random and complex objects, only examine a nearly cylindrical object, the effect will be more ideal, there are lots of factors impact scan result. Like scanned objects, environment, and light.[youtube https://www.youtube.com/watch?v=Sysbp0mzn8o]
There is a big relationship between them, so we recommend you 3D scan in Constant Light Studio.
- Scanning results will be better.
- The surface of injection making synthetic parts is more stable and clean.
- Compared with printed plastic parts, you don’t want to fix it.
- It is more durable than plastic parts.
- It is easier to install.
- You’ll be able to stable the board on this plastic parts.
- 1*Arduino UNO controller.
- 1*ZUM Scan Expansion board.
- 1*A4988 stepper drive chip.
- 1* 720 HD camera.
- 1* 42 stepper motor.
- 1*16014 bearing.
- 1*12V, 2A adapter.
- 1*200mm acrylic chassis.
- 1*200mm Non-slip mat.
- 1*acrylic Calibration board.
- 1*standard sticker.
- 1*black Winding tape.
- 2*M8*400mm screw.
- 4*M8*170mm screw.
- 1*M8*292mm screw.
- 10*M3*10 screw.
- 10*M3 nut.
Ciclop is a 3D rotational laser scanner; it accomplishes two lasers protruded above an object to capture the geometry and texture as it turns on a turntable. You can show your 3D parts to the 3D scanning open source community and contribute to the development of 3D scanning technology with the Ciclop.
The ZUM BT-328 board, based on ArduinoTM, involves enhancements and advantageous characteristics than other similar boards, which make it the best option for expanding electronics projects. ZUM BT-328 executes the control firmware of the motor and the lasers. A close inspection of the design also exhibits the ZUM SCAN is secured up to the top of the scanner. ZUM SCAN, a shield derived from Arduino Shield.
Ciclop has been making a detailed drawing of it with the settings method in mind. The kit comprises all the necessary items and a step-by-step construction guide, enabling you to set it up in less than an hour.
It is a desktop 3D scanner and is not just affordable but versatile as well. Unlike other 3D scanners, both the software and electronics design for the Ciclop are under the GPL and CC-BY-SA licenses.
This scanner utilizes the latest in laser technology to do a 3D scanning of the object that sets on its table; that revolves automatically. A friendlier attitude at the scanner shows the frame manufactures out of 3D printed PLA plants.
This scanner is available in an indeed further off inexpensive portable version with just the electronic components. As this BQ Ciclop 3D Scanner Review explains and points, this is the prime free reference scanner for 3D printing available. The scanner also uses Horus software what you can download online.
The scanner accomplishes a ZUM BT-328 board based off the Arduino, and it comes with several features and modifications that make it preferred to the new boards available today. Also, it is the ZUM BT-328 that runs the laser and motor control firmware.
The power supply is exhibited with an adaptor for use in the US. The adaptor is a bit large, but otherwise, it is standard. The electronics chamber is well-designed and the clips that install the circuitry are permanent.
Conclusion BQ Ciclop 3D Scanner Review
As this BQ Ciclop 3D Scanner Review shows, the Ciclop is an outstanding product. It works as advertised, and it gets the job completed. It’s difficult enough to find a reliable 3D scanner presently that’s economical, but this one is and easy to use at that. For those reasons, we give it our highest recommendation.[youtube https://www.youtube.com/watch?v=DpR5bwA7BjY]