DAC Worldwide’s Permanent Magnet DC Motor Training System (417-000) provides a starting point for understanding a common, widely-used industrial induction motor.
Realistic Training That Works
DAC Worldwide works closely with various industry sectors to develop task-based training solutions to establish skill sets that are relevant in today's modern manufacturing environment. With a flexible and extensive range of products, we can adapt to your needs and budget.
Industry Sectors
Advanced Manufacturing
Advanced manufacturing companies use the newest technologies to be competitive in a global market. These systems require skilled workers to keep them running efficiently. DAC Worldwide's training solutions can help develop individuals with the right skill sets for these rewarding careers.
Military
The military industry includes production and maintenance operations to support their facilities and equipment. This requires skilled workers just like their civilian company counterparts. DAC Worldwide's solutions are perfect for supporting the military's training efforts.
Process / Chemical Manufacturing
Process/chemical manufacturing utilizes many technologies to transform raw materials into useful products. This rewarding career path requires specialized skills to be successful. DAC Worldwide has solutions to train incoming workers with the proper skills or help existing workers gain new ones.
Oil & Gas
The oil & gas industry shares technologies with many other industries; however, they utilize some of these technologies uniquely. This requires specialized training solutions, and DAC Worldwide is here to help with training systems, cutaways, & models geared toward the Oil & Gas Industry.
Marine
The marine industry faces unique challenges as the global market demands more. Modern technology used throughout the industry requires highly skilled workers for operation as well as maintenance. DAC Worldwide has many solutions to support training in this rewarding field.
Power Generation
Power generation is a critical need, and maintaining these systems requires a highly skilled workforce. Power is generated from various sources including oil, gas, nuclear, and renewable energy sources. Maintaining a pipeline of skilled employees entering this field is essential, and DAC Worldwide has training solutions to help.
Check out DAC Worldwide's product offerings and contact us today for more information!
This document provides general guidance on how to get the best quality parts possible from an H350™. The guide will cover accuracy, nesting, and how to optimize designs for printing with SAF. The advice in this guide applies to both High Yield PA11 and SAF™ PA12.
Due to the infinite number of geometric possibilities which could be produced with additive manufacturing, it is difficult to give exact rules, limits, or guarantees for success. This guide aims to understand the factors that should be considered when printing with the H350. This will give the reader a good foundation of knowledge to approach their specific geometries.
Concept to high-volume production of validated 3D printed medical devices in weeks
When the COVID-19 pandemic hit, so did an urgent need for large supplies of personal protective equipment (PPE) for healthcare providers and nasopharyngeal swabs for COVID-19 testing. Supply chain disruptions immediately followed due to complicated supply chains with overwhelmed suppliers and difficult-to-source components. A reliance on a few vendors, instead of multiple supplier sources, and enormous product demand made it difficult for healthcare providers to secure inventory and layered on additional challenges.
Aakash Healthcare Uses Stratasys’ J5 MediJetTM to create 3D Printed Pre-Surgical Models and Jigs to Correct Scoliosis Deformity
Aakash Healthcare Super Specialty Hospital treats the most complex cases in the National Capital Region (NCR) of Delhi, Dwarka. The hospital, equipped with state-of-the-art infrastructure and technology and compassionate, world-class clinicians and staff, is well known for its utmost care in Orthopedic and Joint replacement surgery.
To achieve the highest patient satisfaction and provide the best healthcare service to the local community and beyond, Aakash Healthcare has set up a modern 3D printing lab called Cure ⅽ 3D. This lab will help surgeons and clinicians create 3D models of complex clinical cases for patient education and surgical treatment planning and print patient-specific jigs and medical devices that will ensure safe and accurate surgical interventions.
In addition to creating high-quality models for patient education, resident teachings, and practicing complex surgeries in vitro outside the OT, the lab will go a long way to bring innovative solutions to complex and difficult clinical cases.
Multi-purpose resin with optimum toughness and processing speed.
Download the technical datasheet for Ultracur3D® ST 45 B.
Download the Stratasys Origin One BASF ST45 Material Processing Guide.
- Support Tips
- Printing
- Part Removal
- Cleaning
- Postcure
One hundred parts produced within 24 hours on a single Origin One, at a fraction of the cost of traditional manufacturing.
Origin® One features several integrated cameras for computer vision and capturing temperature data in the IR range; additional sensors measure other environmental conditions during the print process.
Senior mechanical design engineer Matt Miyamoto designed camera mounts for CNC machining out of black ABS plastic. A compound angle meant that the part could only be machined by a 5-axis CNC (or on a 3-axis CNC with multiple setups), which made the parts expensive to machine at low or high volumes. Matt turned to Origin’s solution to achieve the quality and throughput required.
Slashing costs, improving performance: Medical device development and manufacturing with the Stratasys Origin One
Case Study: Enventys Partners, a full-service, turnkey product launch agency, delivered end-use biocompatible devices, while avoiding the long lead time, high costs and design constraints of injection molding or CNC machining by printing with the Stratasys Origin One.
Producing Lightweight, Durable Robot Parts on Stratasys Origin One
Ghost Robotics™ produces four-legged autonomous unmanned robots with all-terrain stability that can operate in almost any environment. These quadruped robots are size-scalable, ultra-agile, high-endurance, and easy to program. Simple mechanical systems increase the robots’ durability, agility, and endurance. The robots’ modular design supports the efficient field swapping of any sub-assembly.
Challenge
Ghost Robotics needed to produce lightweight, durable parts, with a cosmetic surface finish, for its Spirit™ Series robot.
- The team needed to stay agile, shipping units to customers while maintaining the ability to iterate designs based on customers’ feedback.
- Injection molded parts and CNC machined parts were cost-prohibitive, had long lead times, and could not be easily iterated on.
- The company considered other 3D printing methods as a solution, but the parts weren’t isotropic the mechanical properties weren’t strong enough; and the surface quality was too rough for the parts to be given to customers.
Ongoing sustainment for aging aircraft components
The U.S. Air Force increasingly faces sustainment challenges, including cost, speed, and supply chain agility, when using traditional manufacturing methods to maintain aging aircraft components. The department often seeks innovative engineering solutions to keep aircraft aloft and to modernize the fleet. In 2020, they hosted an open competition to quickly find new and creative 3D printing solutions for the C3175 family of hydraulic line clamps. Thousands of these clamps are used in the Air Force’s F-16 aircraft, in areas like landing gear cavities, and they frequently fail after extended exposure to vibration, environmental chemicals, and heat cycling. Historically, these clamps have been injection molded or CNC machined from a phenolic material that off-gases toxic formaldehyde.
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Item Number:417-000 -
Item Number:411-000DAC Worldwide’s Permanent Split Capacitor Start (PSC) AC Motor Training System (411-000) is one in a comprehensive series of stand-alone, motor-related training aids that offers an introduction to a range of common motor types used in industry. This unique training aid introduces learners to the terminology, operating characteristics, wiring, and troubleshooting of PSC motors used in industry and commercially. -
Item Number:295-901DAC's Phillips Cascade Process (LNG) System Model is a detailed and stylized scale model of a single train LNG production/conversion system, designed for training purposes. -
Item Number:428DAC Worldwide’s Piloting Switch Module (428) is a motor control-related device that compliments and expands the usefulness of related DAC Worldwide motor control training systems by incorporating alternate switch components and other devices into control circuitry as found in industrial systems. -
Item Number:295-706DAC's Piston Check Valve Cutaway (295-706) is a sectioned valve sample for training in the operation, construction, and maintenance of industrial piston-type check valves. -
Item Number:205-280DAC Worldwide's Planetary Gear Reducer Cutaway (205-280) is a sectioned industrial, mounted planetary gear reducer for use in classroom and laboratory training relating to mechanical drives. This example has been restored, cutaway, and refinished using durable coatings. -
Item Number:205-180The Planetary Gear Reducer Dissectible is a sturdy unit mounted on a 7-gauge, formed-steel baseplate with provision for bench-top, workstation, or storage rack mounting. -
Item Number:284DAC Worldwide’s Plate-Type Heat Exchanger Model (284) depicts a highly-detailed scale model of a common plate-type heat exchanger in a technically-accurate, professionally-crafted design. Based on a common make and model of a heat exchanger, the product is a complete to-scale replication of typical plate-type heat exchangers found in industry. -
Item Number:PLC HMIRockwell Automation (Allen Bradley) CompactLogix control panel electrical project kit -
Item Number:PLS 6.150DThe PLS6.150D is a free-standing platform with a materials processing envelope of 32" x 18" x 8.5" or 4,896 in³ that supports dual lasers. As a dual laser platform, the PLS6.150 can support up to two 10.6µm CO2 lasers with a power range of 10 watts to 150 watts. Additionally, it can support a single 9.3µm CO2 of 30, 50 or 75 watts. (if a 9.3µm CO2 laser is installed, only one 10.6µm CO2 of up to 75 watts may be installed at the same time.)
