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eviXscan 3D scanners are designed to meet the growing demands and requirements of the market for reliable, fast and accurate metrology devices used in reverse engineering, contactless quality control, 3D modeling and rapid prototyping. The eviXscan 3D scanner line is designed to provide professional solutions for a different types of implementations.
Optima+ M provides a high density of scanning points (117 pts/mm2) and high accuracy (declared accuracy up to 0.009 mm according to VDI/VDE p2 Ps). In addition, Optima+ M has a reduced distance between scanner and the object by 230 mm which facilitates the operation of the measuring device during scanning.
Robotized systems are another area where the new Optima+ M scanner can be used. Its lightweight, compact design makes it easy to integrate with a robot. The scanner also has dedicated software for Universal Robots, which guarantees smooth system implementation and easy operation. An additional advantage of Optima+ M is the possibility of cooperation with the entire portfolio of accessories.
The triangle mesh maps surfaces and forms the basis for creating CAD models of an object. This allows creation of technical documentation for an object. The resulting model can be used to manufacture a replica, or as a starting point for the design of new products or variations.
The scanned product is compared with a reference CAD model to create colour deviation maps.This allows accurate verification of tolerances on manufacturing drawings and measurement of elements that are difficult to measure by other methods.
Producing prototypes quickly and cheaply is an important strategy for gaining competitive advantage today. A precision 3D scanner, such as eviXscan 3D, is an essential part of the rapid prototyping process.
|Technical specifications:||eviXscan 3D FinePrecision:|
|Light source type||Blue LED|
|Number and type of cameras||2 x 8,9Mpix|
|Scanning time||1 second|
|Measuring range||120 x 60 x 45 mm|
|Points density||1233 pt/mm2|
|Accuracy||up to 0,006 mm|
|Computer connection||USB 3.0|
|Export formats||stl, ply, obj, asc, bin|
|Hardware requirements||Windows 10 (64-bit),32 GB RAM, CPU i77th generation, SSD NVMe 480 GB|
|Software||eviXscan 3D Suite|
Explore the eviXscan 3D Suite 2.8
Comprehensive and user-friendly software for 3D scanning and triangle mesh processing. Key features and functions of the eviXscan 3D Suite 2.8:
MAEM is a manufacturer of spare parts for various equipment in ship engine rooms. Known on the world's waters, the company from Kraków, Poland, implemented eviXscan 3D solutions in its operations.
Advantages of using eviXscan 3D Heavy Duty Optima scanner
MAEM uses eviXscan 3D scanner for reverse engineering tasks. The measuring device, produced by Evatronix, supports and accelerates the process of designing solids. Its work is essential in case of difficult to measure details, whose shape influences devices' parameters and the quality of the offered product.
An added value of implementing the eviXscan 3D Heavy Duty Optima scanner is the technical support and assistance offered by Evatronix specialists.
3DWORX (www.3dworx.co.za) is the sub-Saharan distributor for eviXscan 3D scanners manufactured by Evatronix in Poland. A company from South Africa offers services in the field of high-precision 3D scanning, CAD design, reverse engineering, and 3D printing.
Blackstone Tek (BST) is an innovative company that builds carbon fiber performance products. It is a combination of the business profile and a love for racing which enables them to create exceedingly strong but still lightweight wheels, and fuel tanks, swingarms, fairings and custom-built components for iconic motorcycle and automotive brands.
Design the most innovative electric motorcycle using CAD, but also hand-sculpting some prototype parts is the essence of the work to achieve an original organic aesthetic. The Master designer is Pierre Terblanche, responsible for the following styling motorcycles: Ducati 999, the HyperMotard and the SuperMono.
One of the challenges in this project was to digitize the compound curved components that were hand sculped into CAD models so that moulds can be manufactured for production lay-up of the carbon fiber parts.
The solution used by 3DWORX is to combine CAD modeling with 3D scanning. The entire motorcycle design can be represented in CAD thanks to the application of eviXscan 3D Heavy Duty Optima scanner, the eviXscan Suite 3D scanning software and the 3D Systems Geomagic Design X software for reverse engineering.
NGK Ceramics Poland is a producing plant that specializes in the production of DPF - ceramic particulate filters for diesel engines, designed to remove soot particles and other components form the axhaust gas, making them safer for the environment and people.
In addition to the main DPF business, for several years the plant also been successfully producing GPF filters – for gasoline engines, as well as LSH large-size ceramic substrates, which are used as catalytic converters in diesel engines.
Manufactured components require accurate deformations control after heat treatment which is very difficult to perform by standard methods. The EviXscan 3D Heavy Duty Quadro scanner allows quick and exact quality control of production/execution.
In combination with dedicated software, the scanner is used to support solutions to production process issues.
A team of engineers, who deal with new innovative applications, use scanning in Rapid Prototyping issues. Captured scans become the basis for the design of improved versions of manufactured components.
Rosinski Packaging manufactures polypropylene and polyethylene packaging for household chemicals, parapharmaceutical products and cosmetics. Our client’s product portfolio is continuously updated with new designs of bottles and caps according to the latest technological solutions and customer requirements.
With implementation of an eviXscan 3D solution the company has gained a tool that provides support to orders that they previously could not accept due to lack of the technical documentation from the customer. A reference product is provided by the customer, scanned, a CAD model is made from the scans and finally, a production mold is prepared. The use of 3D scanning technology significantly reduced preparation time of molds and tools necessary in production.
The use of eviXscan 3D Pro+ scanner in the quality control department allows for precise control of the quality of finished products by comparing them to original CAD models supplied by customers. This allows the company to be confident that products meet the expectations of the contracting customers. Implementation of eviXscan 3D solutions enabled precise quality control of finished products and shortened time to production.
The Loster company specializes in the design and production of windshields and tuning components for a wide spectrum of motorcycles. The company successfully uses the eviXscan 3D scanner to design new components, which supports the entire production process.
Our partner uses an eviXscan 3D scanner to design new components for motorcycles (tuning). The scanning process significantly optimizes the design phase and guarantees the company’s products are always compatible with the base product. Developing a portfolio of new products begins with scanning the original element. Then, based on the scan, the company creates a 3D CAD model, which is modified according to the guidelines of the customer or Loster designer’s.
Directly from the CAD file, the company makes a prototype using a 3D printer, which significantly speeds up the production process and reduces its cost.
Krosno Glass is a company that has been on the market for almost a century and one of the largest producers of useful glass in Poland, but also in the world. The glass produced by the Krosno brand is characterized by high durability, crystallinity and unique design. The Polish leader creates its products in the glassworks using mechanical methods but it is also a handmade work, by talented glasswork artists.
Krosno Glass creates products with very high precision every day. To make production process easier, the company bought the eviXscan 3D scanner. The equipping's 3D scanner has reduced the time it takes for the company to deliver the component to an external contractor. The in-house 3D scanning process also enables close cooperation at every stage of the process between all departments within company. Krosno Glass employees also noticed a lowered costs of production. Internal processes allows to reduce the costs before allocated to external services, and the number of people involved in the entire workflow has decreased significantly.
Our customer uses the eviXscan 3D scanner to check the dimensions and geometry of the products for: quality control process as well as for preparation of the tools to perform the process. Making a right tool without the need for multiple iterations improves production significantly. This is especially helpful due to the features of the processes related with glass processing. The high accuracy of surface mapping obtained from a 3D scan results in high-quality tooling and improved productivity.3D scanning of glassware to verify the manufacturing process
Our customer uses the eviXscan 3D scanner to check the dimensions and geometry of the products for: quality control process as well as for preparation of the tools to perform the process. Making a right tool without the need for multiple iterations improves production significantly. This is especially helpful due to the features of the processes related with glass processing. The high accuracy of surface mapping obtained from a 3D scan results in high-quality tooling and improved productivity.
Metalpol, the oldest foundry in Poland fulfilling orders for clients in Europe and Asia, implemented an eviXscan 3D solution in the area of quality control and reverse engineering.
eviXscan 3D solutions have been implemented in the quality control department. 3D scanning has enabled very high quality control of produced castings.
By using an automated 3D scanning system which consists of the eviXscan 3D Pro+ scanner and a rotary table with a capacity of up to 200 kg, scanning of large size and heavy castings is done very quickly. Thanks to strict quality control, our client has the ability to evaluate a trial casting by comparing it to a CAD model supplied by the customer.
When the trial casting is approved by the QC department, a full quality control report is sent to the client and, based on it, the client approves the start of commercial production of the ordered products.
Using 3D scanning increased Metalpol’s competitiveness by allowing them to serve customers who do not have the technical documentation for the products they want to order. The company uses an eviXscan 3D scanner to build a CAD model of the customer’s product. A prototype is produced from this CAD model. After approval of the prototype, commercial space production begins. The sawings are clear – Metalpol generates an additional profit and acquires more new clients annually.
3D scanning and reverse engineering services are used by people who design products and customize them. In the automotive industry, automotive component manufacturers place very high demands on measurement system suppliers in terms of accuracy and measurement speed. EviXscan 3D scanners handle this perfectly.
– The 3D scanning process opens up new possibilities for car part designers – said Jesuan Reis from Shapers Advanced Design Studio. – Through the use of 3D scanners, we have full control over the quality of both the entire scanning process and the final product. 3D scanning significantly reduces costs and shortens the time of the design process.
The main application areas for 3D scanning in the automotive industry are reverse engineering and quality control reports. Our diverse range of scanners allows us to scan and control the quality of both small and large items such as car bodies. In reverse engineering, 3D scanning allows the reconstruction of hard-to-reach or very expensive car parts," says Kamil Piasecki, application engineer at Evatronix S.A.
1. Raw scans – combining by unique markers.
2. Scanning and preparation for modeling.
3. CAD surface model.
Cooper Standard Automotive is one of the leading suppliers of plastic and rubber components for the automotive industry. This global leader specializes in the production of car body seals, braking systems, fuel hoses, and air-conditioning systems for a wide portfolio of automotive brands.
Cooper Standard based in Bielsko-Biała (Poland) introduced an eviXscan 3D solution into their maintenance section. The use of 3D scanning enabled restoration of technical documentation of molds used in production. Now, preparation of new forms and tools is not only faster, but above all, much less expensive by producing them in their factory tooling department or outsourcing their production to external suppliers. As a result of implementing an eviXscan 3D solution, Cooper Standard has shortened production time of such elements and lowered costs generating savings.
The use of 3D scanning in the quality control department ensures the highest quality of no finished products by comparing them to the CAD models supplied by the customer. Our customer thanks to the use of 3D scanning has the full confidence that their products meet the highest standards of the automotive industry, and that the product quality is in line with the expectations of their customer. Implementation of an eviXscan 3D solution enabled precise quality control of no finished rubber products, and shortened the measuring time.
uliusz Słowacki Theatre is a unique cultural institution in Krakow. In addition to talented actors, an important element of their performances is also the stage design that completes each performance. To create a new decoration component and thus support artistic scenery, this theater used 3D scanning services using the eviXscan 3D Heavy Duty Quadro scanner.
The management of the Krakow theater asked us to make a copy of the sculpture of the Madonna of Krużlowa, which was to be part of the stage decor in the show "Name of the Rose". Using the eviXscan 3D Heavy Duty Quadro scanner and using rapid prototyping, the desired effect was added to the scenery.
Precise reproduction of such a complicated geometry of the original object is possible only thanks to the use of a 3D scanner. Compared to traditional methods of reproducing works of art, 3D scanning is a much cheaper, faster, simpler and - most importantly non-invasive method. Sculpture scans were developed by engineers and placed in an STL file, in which the object was enlarged to the appropriate dimensions, and then printed in 3D.
The resulting print accurately reproduced the surface condition of the original sculpture, which allowed the discovery of previously unnoticeable details.