Tuesday, November 21, 2017

5 Steps for Success in 3D CAD Modeling Services

3D CAD modeling revolutionized the way designers and manufacturers developed parts for various applications. Originally developed for the purpose of designing automobiles, CAD modeling gradually garnered success and its reach has now spread to the core sectors of manufacturing, electronics and even aerospace industry. However, 3D CAD modeling services must be solicited with care and refined approach in order to avoid common stumbling blocks and difficulties that clients usually face.

Follow the 5 steps below to avoid difficulties and gain success with 3D CAD modeling: 


1) Attend prominent industry trade shows


Attending important industrial trade shows and exhibitions will keep you updated on latest engineering trends. It is also a great place to scope out your competitors for competitive advantage. These shows can be your platform to showcase and test the trials of your new software to leading industry professionals. Their feedback would be vital for your research, which in-turn will be hugely beneficial to your business.

2) Take the time to personally dispel 3D CAD modeling myths


There are few industry myths associated with 3D CAD services among professionals that stop them from adopting this modern design technique and stick to the traditional ones. Here are few of them for your reference:

“3D CAD modeling services are too expensive.”
“I don’t have time to wait for 3D CAD modeling services”
“My customers can develop quality designs even without 3D CAD modeling”

These myths need to be dispelled if you want to reap the benefits of 3D CAD modeling. You can obtain 3D modeling services at affordable costs, especially if offshore outsourcing is taken into the picture. In fact, the value of the long-term financial payoff that results from implementing 3D CAD services far outweighs the costs involved. Along with being cost-effective, Outsourcing CAD services provider can also complete your project in a matter of days; way faster than an in-house team. Leaving design elements to traditional design methods or worse, just imagination leaves a lot of room for human error and the end result can be ambiguous depending on different perceptions of the designers involved.

3) Learn the benefits of 3D CAD modeling


Let’s say you want to migrate from traditional design methods to modern 3D modeling methods that are trending. But before you take that step, have you familiarized yourself with the benefits of 3D CAD modeling. It’s always recommended to acquaint yourself with that change before you take steps towards that transition. Few key benefits of 3D CAD modeling are as follows:

Increased accuracy and precision with less room for human error.
Shorter duration for project completion
Enhanced ability that empowers you to visualize varying design scenarios

4) Understand the advantages of outsourcing specific services


Outsourcing CAD modeling services to a right CAD services expert offers numerous advantages. Few of which are listed below:

In-house staff gains more time that can be utilized to take on new projects or focus on other core business activities.
3D CAD drawings and models are more accurate as they are prepared by a dedicated team of design experts.
Outsourced agencies frequently offer 24/7 service, thus offering a faster turnaround time for your projects.

5) Track and Act on Customer feedback


Keep track of what your customers are talking about regarding your product on social media or any other product. Take note of their views and reviews related to design, features, costs or any other factor regarding your product and act on this feedback to keep up with the customer demands.

Looking for a best quality & affordable 3d cad modeling service to meet your business’s needs? Contact us at Engineering Technique.

Thursday, November 9, 2017

How 3D Printing Can Transform the Traditional Pump Manufacturing Process

3D printing technology offers countless opportunities to transform the manufacturing industry. 3D printers have expanded a company’s operational capabilities to encompass the use of rapid prototyping. These new developments include 3D printing pumps. 


Manufacturing pump components can be a costly process, making 3D printing the perfect solution for companies to take advantage of. Materials used for 3D printing pumps can range from polylactic acid to stainless steel, presenting enormous opportunities for companies who adopt the technology in order to improve their bottom line. 3D printing pump components has become particularly beneficial for those who produce complex castings for many pumps including centrifugal pumps, water and sewage pumps, turbine pumps, transfer pumps, fluid flow pumps and many more. Increasing fabrication speed and efficiency while maintaining accuracy and precision are present challenges for manufacturers, and have spurred innovation within the industry to lower costs and deliver a better product to customers. Companies who are putting the power of 3D printing to the test may be eligible to take federal and state Research and Development Tax Credits.

The Research & Development Tax Credit


Companies in various industries, including firms that utilize 3D printing technologies have been taking advantage of the federal Research and Development (R&D) Tax Credit since 1981. Firms can receive a credit of up to 13 percent of eligible spending for new and improved products and processes. Qualified research must meet the following four criteria:

New or improved products, processes, or software
Technological in nature
Elimination of uncertainty
Process of experimentation

Eligible costs include employee wages, cost of supplies, cost of testing, contract research expenses, and costs associated with developing a patent. On December 18, 2015, President Obama signed the bill making the R&D Tax Credit permanent. Beginning in 2016, the R&D credit can be used to offset Alternative Minimum Tax and startup businesses can utilize the credit against $250,000 per year in payroll taxes.

3D Printing Approaches for Pumps


There are two common approaches when 3D printing components for pumps, namely ABS (Acrylonitrile Butadiene Styrene), a thermoplastic approach typically used for injection molding (e.g. LEGO), and PLA (Polylactic Acid), a biodegradable thermoplastic derived from renewable resources which are commonly used for bioplastics. Both ABS and PLA are applicable for prototyping air pumps. ABS 3D printed components are useful for flexibility and tensile strength while PLA is optimal for rapid prototyping. Depending on the purpose of the pump, ABS can tolerate up to 221° F and PLA up to 140° F. The future uses for 3D printing pumps are growing for manufacturers who want to reduce errors in parts they produce for industrial and commercial pumps. These are low cost approaches, and other materials are a variable. High-end manufacturers are using sintered metals to achieve high strengths in new applications such as automotive and aerospace industries.

3D printing components for pumps can be utilized to overcome limitations design engineers encounter throughout conventional manufacturing processes. Not only can molds and castings for pumps take weeks to create, but the accuracy and granular details that are needed to produce reliable components are not guaranteed. 3D printing expands the opportunity for designs with complex geometries while simultaneously supporting a manufacturer’s ability to rapidly produce castings.

Read also: Is 3D Printing Beneficial to Small Businesses?


The 3D Printing Process for Water Pumps


Determining which approach to implement can be difficult, but largely depends upon the end use of the pump as each method has its advantages and setbacks. In regards to water pumps, primary factors that are built into the 3D printing approach include strength, thermal stability, biodegradability, and machinability. For example, while ABS is more durable and heat-resistant than PLA, prints made using the ABS approach are prone to warping, presenting a problem when the application involves coming into contact with both hot and cold water. The PLA approach, on the other hand, can result in prints with higher aesthetics due to the ability to print parts with very fine details, made possible by its lower printing temperatures.

As mentioned previously, 3D printing can be used to achieve flexible and rapid prototyping for pump components that require unique designs and shapes. The 3D printing process for water pumps begins with designing STL files to print for all applicable parts. STL files are CAD files used when developing three-dimensional object geometries, as well as during the design process of rapid prototyping. The chosen motor for the pump should be one that will not overheat when in contact with water. After choosing the best motor, designing the base, top and two turbines can be done properly. This design process can be an iterative one, as it requires functionality testing throughout.

Once all desired parts are complete, assembly can then take place. Soldering the cables to the motor can help to improve the durability and stability of the component by holding it in place. Ongoing experimentation throughout the process will allow for design changes that enable the output of more or less water to occur in the final product. Designs that undergo a series of changes in the development process are examples of activities that help companies qualify for R&D tax incentives.

Room for Improvement


The pairing of 3D printing and CAD software shows great potential for improving the overall manufacturing processes in the pump industry. With lower costs and reduction in lead times, manufacturing 3D printed components is proving to be a driver for innovation. Currently, most components are manufactured in bulk which is ultimately a simplified and less costly process for manufacturers. With 3D printing, however, manufacturers can produce complex and unique products in smaller quantities, while also decreasing production costs from their investment. Furthermore, 3D printing allows for increased storage space in a warehouse when taking into consideration the number of design files that will be stored electronically for easy future access. In the case of pumps and their components, conventional manufacturing methods are inefficient when considering the process improvements that 3D printing technologies have to offer.

Conclusion


Manufacturers are adopting new technologies and processes that will ultimately improve their competitive position in the industry. With evolving 3D printing solutions in place, companies are constantly finding new ways to create their products more efficiently and at a lower cost. Overall, incremental costs are not increased to produce 3D printed pump components, allowing for manufacturers to experiment with increasingly complex designs, some of which are currently unavailable on the market. Utilizing 3D printing approaches for producing pumps and their components equips manufacturers with activities that are eligible in order to take advantage of R&D tax credits, which are available to stimulate innovation.

Source: https://3dprint.com/193219/3d-printing-pump-manufacturing/

Wednesday, November 1, 2017

Is 3D Printing Beneficial to Small Businesses?

Yes, it is!


The success of any business depends on its ability to keep up with the latest trends and technologies. The successes of SMBs (small and medium-sized businesses) rely on keeping up with the same trends and technologies and integrate them in the most cost-effective manner possible. One particular that is making its way into several businesses is 3D printing.

3D printing, also referred to as additive manufacturing, is the process of creating three-dimensional physical objects from a digital file. Developed initially for the sole purpose of manufacturing industries, 3D printing is now part of everyday operations in the varied range of businesses. It is an excellent innovative technology that enables small businesses to compete with the big businesses. It saves much of the high manufacturing costs incurred by businesses as it allows them to design a simulated model of the objects they need.


Here are few ways 3D printing services can benefit Small Businesses:


An ideal match for businesses starting small:

One of the biggest problems that SMBs face is that they lack the budget to take on and complete large orders. Such orders are expensive and these startups and small businesses lack cash flow to make it happen. The 3D process makes manufacturing process much more affordable and allows you to take care of small orders and start with small-scale production.

Convenient Benefits:

This technology makes it possible for smaller businesses to create new prototypes and designs at their own convenience. 3D printing gives the owners the power of accessibility that enables them to decide when to design a prototype and when to print it. This brings the process of manufacturing and production in total control of entrepreneurs.

Prototyping Benefits:

Prototyping has often been outsourced by business owners and it takes a lot of effort, time and money. Turning an idea into something substantial doesn’t come easy!

However, with the advent of 3D printing technology, entrepreneurs are now able to develop prototypes with even more complexity and speed. Any concept can now be turned into a prototype overnight, tested the next day, or modified after reprinting in a matter of days itself. They can also continue to create prototypes until they are satisfied with the quality of the design.

Customization Benefits:

One of the major benefits of 3D printing is that, instead of relying on presumptions, small businesses can now gauge and simulate what customers want. This is because 3D printing technology makes mass customization possible. It makes manufacturing process easier and efficient for businesses and allows them to customize their products based on consumer demands.

The above points highlight why 3D printing is effective and vital for small businesses. It has revolutionized the business-consumer relationship in the market. The technology is continuously evolving and becoming more and more accessible and user-friendly so that small businesses can use it most efficiently.

Reach out to us for learning how 3D printing technology and Engineering Technique’s 3D printers help think faster, innovate better and broaden horizons.


Contact to know more www.enggtechnique.com

Tuesday, October 3, 2017

Paybacks of Going Digital with Computer-aided-design (CAD)


Today, all major industries are progressing towards integrating technology into their systems and operations to boost their business. When talking about the engineering industry, technology has indeed created an ingenious impact. Computer-aided-design (CAD) has emerged as a boon to the engineering fraternity. Out of the several benefits offered by CAD, let us have a look at the ones that are crowd-pleasing.

Flexibility of Drawn to Scale


With CAD, creating accurate designs have become easier using the draw to scale feature. The created drawings are flexible to obtain a 2D or 3D view for better assessment. Unlike, the manual blueprints, the scale created in CAD can be easily changed according to the business exigencies. Wherein the manual blueprints, the scale has to be determined at the beginning of the designing process.

Enhance your Productivity


To compress the time taken for designing is the key to get to the market faster. CAD software assists the designer to envisage the end product, its assemblies, and associated components well in advance in order to allow every bit of required modifications, if at all mandatory. CAD systems enable you to integrate, evaluate, and document the designs, resulting in the quicker designing process while curtailing the cost and slashing the project timelines.

Design Accurately


With several distinctive features up for grabs in the CAD system, professionals have the advantage of creating accurate designs. The features help you to eliminate the errors drastically in the final product. There are several methods that can be chosen to make adjustments to the minuscule levels to attain the requisite dimensions. That would mean offering great quality in the shortest span of time.

Repository of Designs and Data


CAD features storing of the designing data like products, dimensions, component parts, shape, details of materials used etc. for future reference. This comes as a great boon to the engineers as many times there are certain products which may have common components.  They may be either basic or intermediate part. CAD allows the engineer to pick up the required fitting parts from the existing repository of designs for designing of new products in a swift manner and with the least possible effort. The drawings can also be saved and any number of copies can be printed whenever required.

Effortless Sharing of Information


In addition to easy storage, CAD makes the digital designs and blueprints easily transportable. This feature is a blessing to large manufacturing organizations having complex networks of internal and external stakeholders. This gives an edge to the designers over the cumbersome manual drawings and scanning overloaded file cabinets. You can actually share the drawings digitally to your customers or peers in no time, no matter where they are located.

To conclude, it is quite obvious that CAD has plentiful perks over traditional designing that is growing at an accelerated speed. Thence, going digital with your blueprints with CAD solutions is definitely a prudent step for creating hassle-free, faster and cheaper designs for complex manufacturing setups.

If you’re interested in finding out more about how Computer-aided-design (CAD) could help your next project, do contact us today. We’ll be happy to help.

Wednesday, September 27, 2017

SMART MANUFACTURING - What's NEW in SOLIDWORKS 2018

FEATURES FOR THE USERS, REQUESTED BY THE USERS 


Great products begin with great designs - from concepts to manufactured parts and assemblies. SOLIDWORKS 2018 provides new tools and enhancements to help you get your design to manufacturing faster, with higher quality and at lower costs. From a more intuitive user interface to improved sheet metal design tools, many of the new enhancements and improvements were added based on your requests. Take a look at some of the new features and discover how SOLIDWORKS 2018 can help accelerate innovation and grow your business.


FEATURE HIGHLIGHTS IN SOLIDWORKS 2018


SOLIDWORKS CAM FOR CNC MACHINING 


Users can now seamlessly integrate design and manufacturing with easy-to-use, world class CAM technology. Powered by CAMWorks™, SOLIDWORKS® CAM is production-proven, seamlessly integrated CAM for SOLIDWORKS that provides rules-based machining and automatic feature recognition to dramatically streamline, and even automate, CNC manufacturing operations.

WORK DIRECTLY WITH MESH DATA


Work with mesh data similar to surface or solid geometry. Combine, intersect, split, move/copy, cut with surface, and check for interference. In addition, quickly fit surface bodies to regions of mesh models.

MORE FLEXIBILITY WITH 3D INTERCONNECT


Seamlessly work with more file formats including ACIS, STEP and IGES, and automatically update your design whenever new files are received. In addition, 3D Interconnect now supports internal file information like custom properties, materials properties and reference axes.

Also Read: SOLIDWORKS 2018: How Great Designs Get Built

NEW, MORE INTUITIVE USER EXPERIENCE


SOLIDWORKS 2018 supports freehand sketching with pen or touch on compatible devices. Enhancements to mouse gestures and user interface customization also help speed product development.

REFINED SHEET METAL DESIGN TOOLS


SOLIDWORKS 2018 includes tab and slot features for self-fixturing of parts for welding, a normal cut feature to ensure clearances are included for manufacturing, and tools to easily create or flatten corners that include three bends.

COLLABORATE MORE EFFICIENTLY FOR MODEL BASED ENTERPRISE


Speed up design detailing while also streamlining and automating downstream manufacturing tasks, such as CNC programming and inspection, by importing 3D models along with PMI from all major CAD formats, as well as STEP 242.

POWERFUL USABILITY ENHANCEMENTS FOR ELECTRICAL ROUTING


Routing is faster and easier with more detail than ever before. New features include drag and drop of in-line connectors and support for shrink-wraps and boots. Users can also now flatten a route in drawing with support for clips and disjointed routes.
SOLIDWORKS 2018 provides new tools and enhancements to help you get your design to manufacturing faster, with higher quality and at lower costs. 
Smart Manufacturing is all about getting good ideas to market faster, more efficiently and cost effectively.  - Kishore Boyalakuntla (Senior Director, Product Portfolio Management and SOLIDWORKS brand UX leader)

GENERATIVE DESIGN FOR BETTER PART GEOMETRY 


Utilize the SOLIDWORKS Simulation Topology Study tool to automatically optimize the shape of a design based on weight, function, and manufacturing criteria. Improve performance or reduce product weight based on simulation and manufacturing constraints.

SOLIDWORKS INSPECTION SUPPORT FOR MBD


With the enhancements in SOLIDWORKS 2018, you can now create inspection documentation directly from 3D models with Production Manufacturing Information, as well as from 2D drawings, PDFs, and TIFFs. SOLIDWORKS Inspection is now integrated with SOLIDWORKS PDM, and supports SOLIDWORKS part and assembly files (*.sldprt, *.sldasm), as well as non-native 3D CAD formats.

DESIGN BRANCHING AND MERGING


Users are able to investigate different design approaches without affecting approved files with the new features in SOLIDWORKS PDM. The software also helps to streamline the process of working with external users. 

AUTOMATED PDF CREATION FOR SOLIDWORKS DRAWINGS


SOLIDWORKS PDM Standard can automatically create PDFs from SOLIDWORKS drawings via workflow transitions. The new features eliminate the manual creation of PDFs to enable better collaboration and help the migration from Workgroup PDM.

AUTOMATIC REVISION TABLE UPDATE


SOLIDWORKS PDM can now manage and automatically update SOLIDWORKS revision tables, allowing users to streamline their engineering change processes by reducing manual data entry and drawing updating.

CLOUD-CONNECTED SOLIDWORKS


Empower desktop computers with cloud convenience through online licensing. SOLIDWORKS Online Licensing makes using your license on multiple machines effortless. The SOLIDWORKS login moves customized content and settings to any machine on which SOLIDWORKS is installed. The SOLIDWORKS Admin Portal allows easier management of SOLIDWORKS products and services.

SOLIDWORKS MANAGE FOR PROJECT AND PROCESS MANAGEMENT


SOLIDWORKS Manage provides data management, project management, and process management all in one familiar package. It adds powerful project, process, and item management capabilities to SOLIDWORKS PDM Professional.

See the Infographics: WHAT'S New in SOLIDWORKS 2018: 3D CAD 

IT’S A SMARTER WAY TO GO


The new features and enhancements in SOLIDWORKS 2018 enable designers and engineering teams to work faster than ever before. With 3D design data at the center of the process, SOLIDWORKS allows changes from design or manufacturing to flow automatically to all related CAD models, CAM programs, drawings, and documentation. Managing changes has never been easier.

Learn more about SOLIDWORKS 2018 and related solutions at https://launch.solidworks.com/


Tuesday, August 1, 2017

SOLIDWORKS – A Complete Integrated Product Development Platform

SOLIDWORKS is the most popular 3D CAD software used widely by the manufacturing companies to take care of the complexities of product development in the dynamic business environment.

SOLIDWORKS boosts strategic alliances, teamwork and unifies systems with integrated solutions for designing of products, its validation, documentation, and thorough product data management.


Across the diverse industries, ideal product development programs tend to be in sequential steps. The process starts at designing a perception, followed by creating the structure of the product with all its components and connectors, then moving forward to the testing and optimizing the prospective design for a realistic performance and safety. The final step includes creating and publishing the technological docket inclusive of user manuals, assembly instructions and manufacturing the product.

With the integrated and concurrent pathway, SOLIDWORKS saves the valuable time and money keeping intact the supreme quality and innovative yield. The integrated platform reduces the expensive reworks and helps the users to carry out the product development process steps in a parallel workflow. SOLIDWORKS helps is advantageous in:

Checking the performance during designing step thereby eliminating the risk of expensive alternatives
Increasing the efficiency in product data management and increasing the accessibility and communicability of design between the stakeholders
Creating effective designs without many alterations

SOLIDWORKS 3D CAD has several tools integrated into the product development platform. The SOLIDWORKS PDM Professional provides a helpful collection of designs which can be used in developing state-of-art designs or creating a dynamic modification of existing designs at a later stage. This tool assists the users to monitor the progress of the product design, take care of the design versions thereby saving valuable time and huge costs. This tool can be effectively used to explore the designs similar to the required ones while using typical components and connectors.

The SOLIDWORKS Simulation tool proves advantageous in evaluating multiple design alternatives prior to entering into the manufacturing step.

The SOLIDWORKS Visualize tool creates lifelike images for presentations, flyers, brochures and 3D animations. The tool features automated amendment of changes and displays model variations as and when required.  The SOLIDWORKS Inspection tool scrutinizes the design and makes sure it is ready for manufacturing.  Dissemination of the relevant information and data essential for the manufacturing step is governed by SOLIDWORKS MBD. This tool leads the manufacturing process in 3D and therefore, integrates the production process by reducing the course, eliminating the errors and operates in complete compliance with the industry standards.

The SOLIDWORKS Composer tool uses the SOLIDWORKS 3D CAD data to design high-resolution 3D images and animations for technical presentations to elucidate the most intricate assembly.

This easy-to-use tool operates directly with the software and benefits users in reducing the time taken for production and cost for technical documentations.

Each of the different tools integrated into the SOLIDWORKS software is easy-to-use and can be implemented faster. The extensible solutions let the users adopt the capabilities needed with maximum flexibility. SOLIDWORKS turns out to be a favorable return on investment by enhancing the competence to launch innovative products in the market at a faster rate and low costs.

Engineering Technique has an extensive experience in the 3D CAD systems and its offerings. Having partnered with Dassault Systemes, Engineering Technique has become an authorized reseller of SOLIDWORKS 3D CAD design and modeling software in Gujarat region of India.  With the integrated capabilities of simulation, motion, routing and circuit works, SOLIDWORKS 3D CAD systems become a powerful tool for manufacturing fraternity to accelerate their product development process. Engineering Technique can support you in managing the life-cycle of your product development through the use of SOLIDWORKS 3D CAD systems.

Monday, July 17, 2017

3D Printing – A Boon to the Engineering Industry


The engineering and manufacturing industries have seen a paradigm shift following the evolution of 3D CAD systems. This evolution has created numerous opportunities for the existing as well as the newcomers joining the industry.

Expiration of patients and elimination of IP hurdles has contributed to the high acclaim of the use of 3D printing machines in the engineering industry. The recent advancements in the technology have made 3D printing a dependable and the accelerated approach for launching innovative products into the markets.

The value of 3D printing has gained popularity in within the engineering fraternity, bringing greater worth and return on investment (ROI) to the business. Significant transformations have taken place in the designing of product including the product components.

According to the sources, it is acknowledged that 3D prototyping is the most imperative reason why the manufacturing companies are adopting the 3D technology, today. Along with this, the product development and innovation techniques are also paving their way into the industry.


The use of conventional manufacturing techniques has several limitations while creating an array of shapes, thus, the adaptability of these structures also become limited. With 3D printing, creating shapes becomes easier and produces structures that are more viable for production and ultimately the use of the product.

3D printing is useful for creating intricate structures and the associated assemblies easily. With the use of 3D printing technology, a significant reduction has been observed in the cost, time and labour taken in the process of enhancing the parts consisting of components or different elements, including metals. 3D printing has provided access to multi-material printing, innovative combinations, and unexplored material blends.

With the 3D Printers, the ability to print on demand has increased. This process can be either developed in-house or can be outsourced to specialist 3D printing services providers. With this, the demand for maintaining physical stock has reduced. The lag time of producing prototypes based on the customer requests have now been decreased substantially.

High-speed and flawless 3D printing is embarked upon concrete 3D designs. SOLIDWORKS demonstrates itself to be an excellent tool when it comes to 3D printing as it integrates all vital tools to offer design solutions. SOLIDWORKS integrates with Stratasys machines to print 3D designs quickly and easily.

Stratasys machines produce functioning models or end-use thermoplastic components from the desktop or shop floor. Stratasys now offers “PolyJet technology (PolyJet)” and “Fused Deposition Modeling (FDM)” with an influential range of additive manufacturing elements, comprising of lucid, and biocompatible photopolymers, and sturdy high-performance thermoplastics. A perfect amalgamation of such elements helps capitalize on the perks of 3D printing all the way through the product development phase.

Apart from the engineering and manufacturing community, the 3D printing technology has become an essential tool for the people coming from the art fraternity. As commonly as the 3D technology is used to build houses, commercial buildings, roadways, bridges, etc., it is also widely used to create artistic figurines. The unique feature of 3D printing technology has become a strong ally to the artistes worldwide to translate their imagination into tangible works of sculptural art.

Engineering Technique is a leading provider of 3D printing services to all manufacturing companies across the India. Engineering Technique has partnered with EnvisionTEC, as an authorized distributor for its high-quality range of 3D printers which can create 3D prints in a wide range of materials and color to Indian companies and academic institutions. Engineering Technique uses the following technologies for 3D printing:

Fused Deposition Modeling (FDM)
Digital Light Projector (DLP)
Laser-based Stereolithography (SLA)
Selective Layer Sintering (SLS)
Polyjet 3D Printing

Request a Quote now