• Stratasys LOCTITE 3D MED412™ MDS

HDT40 High Impact
Ultra Clear, White

LOCTITE 3D MED412 is a durable material with excellent elongation, impact strength, and surface finish. It has been designed to enable the manufacture of medical devices and their component parts that require good stiffness and wear resistance. It is capable of meeting ISO 10993-5and-10 standards for biocompatibility when processed using a validated workflow. Certificates of compliance are available upon request.

Benefits:

  • Capable of meeting ISO 10993-5 & -10 standards for biocompatibility
  • Tough with Superb Elongation
  • Good Impact Strength and Surface Finish

Ideal for:

  • Class I and II Medical Devices
  • Medical Equipment Components
  • Stratasys Biomedical Materials for P3

HDT60 Tough
Clear, White

LOCTITE 3D MED413 a high-performance, high-modulus material with excellent flexural and tensile physical properties. Stiffness combined with toughness makes this material ideal for use in various impact-resistant medical device applications.

LOCTITE 3D MED413 can meet ISO 10993-5 & -10 standards for biocompatibility when processed using a validated workflow. Certificates of Compliance are available upon request.

LOCTITE 3D MED 413 is compatible with various DLP machines.

Benefits:

  • Capable of meeting ISO 10993-5 & -10 standards for biocompatibility
  • Parts can function at body temperature
  • Outstanding surface finish
  • Excellent machineability

Ideal for:

  • Medical devices
  • Hearing Aids
  • Medical equipment components
  • Stratasys P3 Material Guides

Download the Stratasys Origin One LOCTITE® 3D IND405 Clear Material Processing Guide.

  • Support Tips
  • Printing
  • Part Removal
  • Cleaning
  • Postcure

Valiant TMS Extends Additive Capabilities to Meet Changing Customer Needs

Valiant TMS has utilized Stratasys’ Origin One P3 printer for print tooling and replacement parts to companies that provide intelligent factory automation solutions for major blue-chip automotive and aerospace companies.

In this Virtual Reality Training Simulation, the USER learns how to respond to an anger situation in the workplace. Anger can be a natural response to stressful situations. At times, however, anger may escalate, be expressed destructively, and affect individuals and teams. This reduces productivity, low morale, or even physical or property damage. It’s important to recognize signs of anger in the workplace and respond quickly, calmly, and effectively.

"What is Process Control?" It's a fairly common question for people unfamiliar with the concept. Process control is an industrial mechanism used for precision control of liquids and gases in industries like petrochemical, pharmaceutical, food processing, and more.

DAC Worldwide’s 4-Variable Advanced Process Control Training System is an industrial-quality instrumentation and fluid process control system that provides hands-on training for process operators to measure and control the four most common process variables: level, flow, pressure, and temperature.

An open architecture design allows you to customize the system to satisfy your specific training needs, including mixing and matching a variety of instruments and controls from multiple manufacturers. This flexibility lets you modify the system to adapt to changing training needs or technological advances.

The nearly-endless instrumentation choices and customization options have made this system a favorite of process technology programs and a powerful training tool for many industries.

Up to six learners can use the system simultaneously to create simple to advanced cascade, feed-forward, feedback, split range, ratio, and three-element control loops. The dynamic piping system can be configured as two separate loops or combined into one complex loop.

The system’s industrial-grade components give users hands-on experience with the equipment, instruments, and controls they’ll encounter. DAC Worldwide’s 4-Variable Advanced Process Control Training System offers comprehensive, hands-on process control training in a flexible, customizable, industrial-quality system for process operators.

  • Amatrol Commercial Refrigeration Trainer T7400

The T7400 Commercial Refrigeration Learning System teaches students how to operate and troubleshoot commercial refrigeration systems, including those systems used in commercial air conditioning, refrigerated display cases, walk-in coolers and freezers, and more. Students will learn how to operate and adjust a commercial refrigeration system, program a smart controller, take airflow measurements, and troubleshoot a system and both its mechanical and electrical components.

Did you know that 3D scanning can improve and simplify the work of your design, engineering, and quality control teams? Creaform's next-generation portable 3D scanners offer unprecedented speed, accuracy, and ease of use for each stage of your product lifecycle management.

HandySCAN BLACK combines high-performance 3D scanning with improved optics, multiple blue laser technology, and a sleek, ergonomic design. Its distinctive simplicity and portability advantages are Creaform's product line staple. As the company's flagship portable metrology-grade 3D scanner, the HandySCAN BLACK sets the standard for measurement, regardless of size, material, or complexity, within seconds anywhere.

Key features include:

  • 4X resolution
  • 3X faster measurement speed and instant mesh
  • More accurate and traceable measurements
  • Available in BLACK and BLACK|Elite
  • And much more!

Hands-On Mechatronics Training

Amatrol’s Smart Factory Tabletop Mechatronics provides hands-on Industry 4.0 training with a FANUC robot. This Smart Factory Mechatronics training system is a fantastic option for introducing Industry 4.0 training to high school students. Some Industry 4.0 components and applications include RFID, various smart sensors, I/O link master, 24-port unmanaged and 8-port managed Ethernet switches, manufacturing execution software, and visual communication software.

With these components and Amatrol's world-class eLearning curriculum, learners can study:

  • Industrial Robots: Use a FANUC robot to study robot programming and operation
  • Ethernet: Study industrial networks, Ethernet IP addresses, network performance, managed switch Ethernet, and switch diagnostics
  • Manufacturing Execution: Control multiple sensors to cover order entry, scheduling, schedule status, production statistics, and alarms
  • Visual Communications: Use a mobile app to cover cloud-based data acquisition, SCADA operation, maintenance management operation, and how to configure cloud-based SCADA and maintenance management

Hard Hat VR is veteran-owned small business located in the heart of Texas. Our passion is providing immersive training experiences that increase ROI, reduce downtime, save money, and increase operational performance. The virtual reality safety training courses that we offer will help keep your employees safe and make them more effective workers.

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  • Advanced Manufacturing Training Cell
    Item Number:
    CSM
    Connected Smart Manufacturing System (CSM™) integrates FANUC robotics, CNC machining, Rockwell PLC/HMI control, and APT integration training to teach Industry 4.0 manufacturing, automation, and troubleshooting skills.
  • Construction Electrical Hazards Training in VR
    The Construction Electrical Hazard awareness simulation is ideal for future employees and supervisors who work in or around active construction sites. The primary goal of this course is to teach workers safe work procedures to follow while working around electrical hazards in a construction environment.
  • Chemical Engineering Lab Solutions
    Item Number:
    DVI/100, DVI/300
    Explore the Pignat DVI/100 Continuous Distillation unit – a compact, glass-based educational system for studying thermal separation and column hydrodynamics in chemical engineering programs.
  • Hands-On Industrial Process System Training
    Item Number:
    255
    DAC Worldwide’s Control Valve Cutaway, .75"-1.5" (255) supports realistic classroom training in the operation, construction, and maintenance of a pneumatically-operated control valve used in industrial process systems. The complete internal configuration of the valve’s actuator and body is exposed and showcased through carefully-planned sectioning and color-coding.
  • DAC Worldwide Technical Trainers
    Item Number:
    255K
    DAC Worldwide's dissectible (255K) is a realistic, hands-on valve sample that supports realistic classroom training in the disassembly, inspection, and reassembly of a full-size industrial diaphragm-actuated control valve.
  • Control Valve Positioner Cutaway (273-810)
    Item Number:
    273-810
    DAC Worldwide’s Control Valve Positioner Cutaway (273-810) is a detailed, sectioned, professionally-crafted control valve positioner cutaway that depicts a common control valve positioner.
  • Chemical Engineering Lab Solutions
    Item Number:
    ABR/3000
    The regeneration process is observed on the second column, which is continuously fed. An energy‐saving heat exchanger is placed between the two columns to optimize energy usage. With this unit, students are able to study various control loops, determine mass balance, and process efficiency. The unit also includes a LabView monitoring system.
  • Chemical Engineering | Pignat
    Item Number:
    OTP-DC
    Pignat's Controlled Distillation Unit (OTP-DC) is an automated, controlled, continuous distillation pilot plant. This industrial-scale unit allows students to study unit operations, maintenance, and process supervision.
  • Model: 839-PAC
    Item Number:
    839-PAC
    DAC Worldwide’s Coupling Sample Board (839-PAC) is an introductory hands-on teaching aid designed to supplement courses in coupling selection and maintenance. It includes samples of eight industrial-quality couplings for users to learn to identify.
  • DAC Model: 208-000
    Item Number:
    208-PAC
    DAC Worldwide’s Coupling/Shaft Alignment Plus (208-PAC) is a heavy-duty, precision learning aid that allows for convenient, realistic training in shaft alignment. When paired with a variety of hands-on exercises, the training system creates a complete performance-based course in the maintenance of shaft alignment.

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