DAC Worldwide’s Hydraulic Gear Pump Cutaway, External-Type (778-110) is an industrial hydraulic gear pump that has been sectioned to reveal the inner workings of this component. This exposure allows learners to understand the design, operation, construction, and maintenance of this common process pump used throughout the industry.
The Stratasys H350™ 3D printer, leveraging Selective Absorption Fusion™ SAF™ technology, as part of the H Series™ production platform, is designed to deliver functional, production-grade parts with best-in-class* consistency. Grow your part production business and stay competitive with a workflow you can control and cost per part you can accurately predict.
The H350 lets you tailor your production to suit your application. Re-use unfused powder to reduce material costs. Fine-tune print settings to your specification – all whilst using SAF technology to achieve accurate, functional parts consistently. Select finishing processes and equipment to maximize production efficiency in your business.
The need for movable parts is a constant when it comes to prototyping. Being able to ensure the proper fit for parts within a component can save both time and money. Whether you’re in the electronic, automotive or consumer goods industries, the Somos® 9120™ Series provides the ultimate solution for form, fit and function with parts that are semi-flexible.
A translucent stereolithography material for when you need to see the inner workings of the part you’re creating.
Somos® 9120 is a transparent stereolithography resin that is easy to use and fast to build. This stereolithography resin produces translucent, accurate parts that are semiflexible. Parts produced with Somos® 9120 exhibit excellent water and temperature resistance and mimic polypropylene.
Somos® 9120 is ideal for applications such as fluid flow analysis, electrical casings and automotive parts. As this material is semi-flexible, it can also be used for snap-fit functional testing.
Every material comes with a safety data sheet (SDS) to provide you with information to properly handle that specific liquid stereolithography resin. While there are risks of skin sensitization, these can be easily prevented with good housekeeping, good hygiene and use of personal protective equipment (PPE).
Formulated differently than conventional materials, UV-curable products require particular instruction for their safe handling. The information provided in this guide is designed to acquaint you with UV-cure technology, identify its potential hazards, and provide general direction and guidelines for the safe application and efficient use of solvent-free, UV-curable products.
This booklet is a guide for safe handling only. The precautions outlined here should be followed in close combination with instructions provided on our product labels and Material Safety Data Sheets (MSDS), as well as in consultation with your representative regarding your specific product.
Somos® BioClear has passed cytotoxicity, irritation, sensitization, and USP VI. A toxicological profiling of the components has been performed. A Device Master File to support this material is accessible through the FDA. Ask a sales representative for more information.
Steps in the production process of 3D printed parts can influence the final part safety. This document gives guidance on areas to pay attention to when using Somos® BioClear.
Improve efficiency with clear, accurate guides and models.
Perform faster, more accurate procedures with customized cutting guides and surgical models made with Somos® BioClear. Not only will this decrease the recovery time for patients, it can also lessen the chances of repeat procedures.
Somos® BioClear fulfills the requirements for non-implantable limited body contact (<24hr) medical and dental applications. Somos® BioClear has passed stringent ISO 10993-5 Cytotoxicity, ISO 10993-10 Irritation & Sensitization, and USP Class VI testing, after following the cleaning procedure as described in the Somos® BioClear user guide.
Parts produced from Somos® BioClear are accurate, clear and have ABS-like mechanical properties and a good combination of strength and toughness. The material is resistant to moisture and many common solvents and chemicals.
Fast and easy production of quality hollow composite tooling parts, that are easy to remove after the autoclave process.
While basic composite shapes with constant cross sections are easily manufactured using traditional composite manufacturing techniques, complex parts with hollow interiors present a unique challenge. Additive manufacturing has fundamentally changed the process. High-temperature, cost-effective tools can now be produced in days, compared to the weeks or even months required for traditional tooling, and provides a cost-effective solution even for small series production.
Somos® DMX SL-100, a durable and tough stereolithography (SL) resin, is an efficient and cost-effective solution that produces very accurate parts with a superb surface finish and high feature detail, promoting greater design freedom for composite applications.
Somos® DMX SL-100 withstands the high temperatures utilized in the autoclave process for composites manufacturing maintaining its flexural strength, elongation and tear resistance. These unique properties allow, at a certain temperature, for mandrels to be removed from complex and convoluted geometries through a “dry removal” process which is unique for a solid mandrel. Other soluble wash out cores need submerging in caustic which can affect the composite part. No other material in the industry is as easily and best removed after the autoclave process, facilitating the more efficient production of complex, hollow composite parts.
This method of using additive manufacturing to produce sacrificial tooling is straightforward and enables multiple iterations to be implemented quicker by the user.
In partnership with Covestro Additive Manufacturing (formerly DSM) and its Somos® resins, the Neo 3D printers can run the most technically advanced stereolithography materials.
A stereolithography material engineered to create flawless investment castings patterns.
Through continuous interaction with our customers, pattern makers and foundries, our team developed Somos® Element for producing investment casting patterns.
Somos® Element is an antimony-free stereolithography material specifically designed to improve the repeatability and quality of 3D printed casting patterns. Patterns created with Somos® Element leave trace amounts of lightweight, easily-removable ash residue after burnout and have better green strength, so there’s no worry of breakage during handling, while being dimensionally stable during storage. Any residue left behind is easily removed, leaving a perfectly clean void in the ceramic mold. This translates into lower mold prep times and lower rates of rework, saving customers time and money.
Key Benefits
- Trace amounts of ash that are lightweight and easily removed
- Suitable for high-end alloy castings
- Rapid draining
- Produces accurate, repeatable parts regardless of size
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Item Number:778-110 -
Item Number:F190CR and F370CRIt starts with high-strength composite materials, but the Stratasys composite-ready F Series offers much more. More materials, more reliability – more capability than other similar printers. -
The Fall Protection awareness simulation is ideal for future employees and supervisors who will work in or around construction environments. The primary goal of this course is to teach workers safe procedures when working at heights on a construction site. -
Item Number:202-000DAC Worldwide’s Fan Balancing Trainer (202-000) is a precision assembly allowing for convenient demonstration and training in fan balancing and other vibration analysis-related topics. Based on the design of a typical squirrel cage fan, this heavy-duty aluminum device allows for assembly in a variety of configurations, creating a broad range of balancing scenarios. -
Item Number:202-PACDAC Worldwide’s Fan Balancing Training System Plus (202-PAC) is a hands-on industrial training system that allows learners to gain experience with fan balancing to achieve maximum fan efficiency and stability. -
A large working envelope with a reach of 717 mm, and a payload of 7 kg, combine to provide solutions for high productivity handling and assembly applications. -
With FANUC Robotics’ CERT Program, new courses and project based activities prepare students for a workplace that will be increasing in robotic automation. The Fanuc Robotics Education Training Cart incorporates the compact M-1+A robot housed in a self contained, mobile enclosure. The lightweight parallel-link M-1+A robot is designed for small part handling, high speed picking and assembly applications. -
FANUC America now offers Certified Education Robot Training (CERT) to qualifying High Schools, Community Colleges, and Universities. With FANUC America's educational robots, students can learn to utilize the latest automation technology while applying Science, Technology, Engineering, and Math. Industrial robotics training in the classroom can safely be achieved through the CERT program. FANUC America provides the necessary training to the instructor as well as a curriculum to introduce students to robot applications. -
The FANUC CNC Certified Education Training program is an industry certification available to qualified high schools, community colleges, and universities. The program certifies instructors at educational institutions to train their students to program, set-up and operate CNC machine tools using FANUC’s control platform. -
Item Number:D73F-0320-PB00Experience the cutting-edge in CNC machining simulation with FANUC's D73F-0320-PB00 simulator. Equipped with real kinematics, live machine movement, and advanced features like collision detection, immerse yourself in a true-to-life machining experience. Discover the power of virtual milling or lathe operations with our software-only version for seamless integration. Get ready to revolutionize your CNC training!
