• Confined Spaces Hazards and Safety

Amatrol’s Confined Spaces Multimedia Courseware (MXSA104) delves into critical subjects including permit-required confined space training, confined spaces PPE, hazard training, and their characteristics. It emphasizes the protocols and obligations for individuals entering and overseeing workers in such spaces, along with the necessary equipment. This online training equips learners to explore permit-required confined space characteristics, atmospheric and physical hazards, and OSHA requirements.

Key Learning Areas:

  • Understanding Confined Space Characteristics
  • Permit-Required Confined Spaces
  • Identifying Confined Spaces Hazards
  • Analyzing Confined Space Atmospheric and Physical Hazards
  • Comprehending OSHA Requirements for Permit-Required Confined Space Entry Programs
  • Proper Employment of Confined Spaces PPE
  • Roles and Responsibilities of Confined Space Workers

Interactive Multimedia Experience

Immersive Learning for Practical Workplace Safety Skills | Comprehensive eLearning Curriculum

Amatrol’s eLearning curriculum uniquely amalgamates deep theoretical knowledge with hands-on practical skills, ensuring a robust foundation for advanced learning.

Understanding Confined Spaces
Exploration of confined space characteristics and specifics of permit-required confined spaces.

Confined Space Hazards
Detailed insights into confined spaces hazards, encompassing atmospheric and physical dangers associated with such spaces.

Meeting Confined Space Requirements
In-depth understanding of OSHA stipulations for permit-required confined space entry programs, essential equipment for confined space work, and worker responsibilities while operating in such environments.

  • Amatrol eLearning Safety Training - LOTO

Comprehensive eLearning Curriculum

Amatrol’s Lockout/Tagout eLearning Multimedia Course (MXSA105) delves into crucial aspects such as hazardous energy, lockout/tagout (LOTO), and energy-control programs (ECP). This online training equips learners with the skills to utilize LOTO for machine safeguarding, comprehend LOTO device prerequisites, and undergo ECP training, crucial for preventing avoidable workplace accidents and injuries.

Key Learning Areas:

  • Understanding Hazardous Energy
  • Recognizing Hazards Associated with Energy
  • Importance of Lockout/Tagout (LOTO)
  • Implementing LOTO for Machine Safety
  • Requirements for LOTO Devices
  • Energy-Control Program (ECP)

Interactive Multimedia Experience

Integrating Essential Theoretical and Practical Workplace Safety Training

Amatrol’s online LOTO training curriculum uniquely combines profound theoretical knowledge with practical skills, establishing a robust foundation for mastering advanced safety procedures.

  • Amatrol eLearning Safety Curriculum MXSA106

Comprehensive eLearning Curriculum

Amatrol’s Accident Response eLearning provides comprehensive training on workplace first aid and accident protocols. This online curriculum enables learners to understand and prevent bloodborne pathogen exposure, use eyewash stations effectively, and effectively report workplace accidents.

Key Learning Areas:

  • First Aid Guidelines and Applications
  • Basic First Aid Measures
  • Understanding Bloodborne Pathogens and Preventing Exposure
  • Accident Procedures and Workplace Response
  • Effective Eyewash Station Usage
  • Workplace Accident Reporting

Interactive Multimedia Experience

Integrating Essential Theoretical and Practical Workplace Safety Training

Amatrol’s Accident Response eLearning curriculum uniquely merges comprehensive theoretical knowledge with hands-on practical skills, establishing a sturdy foundation for mastering essential safety procedures.

  • Amatrol eLearning Safety Curriculum

Comprehensive eLearning Curriculum

Amatrol’s Overhead Crane Safety eLearning Course comprehensively covers crane components, operations, and OSHA safety standards. This online training equips learners to identify unsafe conditions for crane usage, perform safety checks, and adhere to OSHA guidelines for operation.

Key Learning Areas:

  • Assessing Fitness for Crane Operation
  • Recognizing Unsafe Crane Utilization Conditions
  • Understanding Overhead Crane Components and Operations
  • Conducting Overhead Crane Safety Checks
  • Adhering to OSHA Standards for Crane Operations

Interactive Multimedia Experience

Blending Crucial Theoretical and Practical Workplace Safety Training

Exploring Crane Components

This segment delves into hoist motor components, operator requirements, overhead crane control pendant operation, and major crane and lifting device components.

Inspection Procedures

Learners examine daily visual checks for overhead cranes and how to inspect hoists, bridges, and lifting devices within crane systems.

Ensuring Crane Safety

Covering safety regulations, hand signals, safe load movement, and proper load removal from overhead cranes, this section emphasizes safe overhead crane operation techniques.

  • VRNA Case Study

VRNA presents an accessible and user-friendly virtual reality skills lab for patient care. Within a compact, all-in-one VR headset, trainees immerse themselves in a simulated environment to practice essential nursing tasks such as conducting bed baths, positioning residents, and accurately recording vital signs.

This immersive training tool offers a realistic, risk-free setting where students can actively develop their skills, enhancing their competence and readiness for real-world caregiving scenarios. By providing an interactive and lifelike experience, VRNA serves as an invaluable platform for aspiring CNAs to gain hands-on practice and boost their confidence in delivering quality care.

VRNA redefines healthcare education through its immersive virtual reality (VR) platform, optimizing the teaching of patient care skills while minimizing costs. By supplementing traditional lab instruction, VRNA lightens the burden on instructors while engaging students in practical learning experiences. This compact, all-in-one VR headset enables trainees to independently practice essential job skills, receiving personalized feedback and assessments in real-time. Offering a safe, realistic environment, VRNA accelerates skill development, enhances competency, and prepares students for real-world patient care scenarios, revolutionizing the way healthcare skills are taught and learned.

  • VRNA EMS

VRNA’s immersive virtual reality experiences are a more effective and cost-efficient way to teach Emergency Medical Response skills.

VRNA EMS by VRSim, Inc. revolutionizes Emergency Medical Responder (EMR) training by offering a cost-effective and accessible solution for immersive, hands-on skill development. Unlike traditional, limited-use mannequins, VRNA EMS provides access to 10 scenario-based simulations covering essential testable skills required for state and national certification. This VR experience empowers students to learn and practice emergency care in a low-risk environment, fostering skill acquisition whether in class, at home, or as a supplementary tool alongside lab and field training.

With scenarios including Cardiac Arrest, Home Birth, Drug Overdose Response, Spinal Immobilization, Vehicle Extrication, Joint Immobilization, Bleeding Control, Shock Response, and more, VRNA EMS offers an innovative approach to enhance EMR education and certification.

Skills Coverage

  • CPR / AED
  • Assist with Non-Complicated Childbirth
  • Apneic Response from Drug Overdose
  • Bleeding Control
  • Long-Bone Immobilization
  • Joint Immobilization
  • Patient Assessment
  • Shock Management
  • Spinal Immobilization of Seated Patient
  • Spinal Immobilization of Supine Patient
  • Vehicle Extrication
  • VRNA CNA Brochure

Increase the effectiveness and lower the cost of teaching CNA lab skills using a fully immersive VR experience.

VRNA redefines learning patient care by offering students a secure environment for practice, whether at school, home, or as an addition to lab training, reducing the need for extensive equipment and costly lab preparations. Specifically tailored for Certified Nurse Assistants (CNAs), VRNA's immersive VR training features eight scenarios aligned with testable competencies in CNA certification exams nationwide.

This compact, all-in-one VR headset delivers a simulated environment enabling students to hone real-world patient care skills effectively, significantly enhancing the efficiency and reducing the expenses associated with CNA lab skill instruction.

Skill Coverage

Ambulation Assist (Cane)
Ambulation Assist (Crutches)
Ambulation Assist (Walker)
Assist with Anti-Embolism Stockings
Bed Bath
Bedpan Assist
Blood Pressure
Catheter Care
Collect Urine Sample
Denture Care
Dressing
Hand Hygiene & Gloving
Height and Weight
Indirect Care
Making an Occupied Bed
Making an Unoccupied Bed
Massage Back
Meal Assist
Measure Intake and Output
Mouth Care Conscious
Mouth Care Unconscious
Nail Care
Obstructed Airway
Passive Range of Motion
Perineal Care
Positioning Side
Positioning Supine
Pulse and Respiration
Shaving
Shower Assist
Temperature (Axillary)
Temperature (Oral)
Temperature (Tympanic)
Transfer Assist
Urinal Assist

Tired of outdated training methods that don't meet your industry's demands? Meet Hard Hat VR, the revolutionary solution offering immersive and interactive training experiences. Say farewell to old-fashioned techniques and embrace the safety and efficiency of Virtual Reality!

Why Opt for Hard Hat VR?

  • Realistic Scenarios: Practice in true-to-life environments minus the risks.
  • Interactive Learning: Engage in hands-on training that truly sticks.
  • Cost-Effectiveness: Cut down on training costs and downtime.
  • Safety Comes First: Prepare for real-world dangers within a controlled setup.

Who Stands to Benefit?

This training solution is appropriate for industrial corporations, safety training professionals, and technical education institutes. This groundbreaking solution revolutionizes training approaches, enabling industrial giants to enhance their workforce's skills in a risk-free environment. Safety training professionals find a valuable ally in crafting immersive, hands-on experiences that instill safety protocols effectively. Meanwhile, technical education institutes harness the power of Hard Hat VR to equip students with practical, real-world insights, bridging the gap between theoretical learning and practical application.

Maximize Your ROI

Maximize your return on investment (ROI) with Hard Hat VR, experiencing a trifecta of advantages that transcend traditional training methods. Benefit from heightened training efficiency that ensures a more adept and skilled workforce. Elevate employee safety through immersive learning experiences, preparing them for real-world scenarios in a risk-free setting. Witness a boost in retention rates as knowledge retention is enhanced, paving the way for a more knowledgeable and competent team. Hard Hat VR not only revolutionizes training but also amplifies your overall organizational success through these invaluable advantages.

Lucas-Nülle's Unitarian Fundamentals of PLC Technology Training System is a comprehensive and innovative platform designed to impart essential knowledge and skills in Programmable Logic Controller (PLC) technology. This system offers a hands-on approach, providing a deep understanding of PLC principles, programming, and application in industrial automation. With its modular structure and practical exercises, learners gain proficiency in PLC programming, troubleshooting, and system analysis. The Unitarian Fundamentals of PLC Technology Training System ensures a solid foundation for individuals entering the field or seeking to advance their expertise in PLC technology, making it an ideal solution for educational institutions and industry professionals alike.

Pages

  • DAC Electrical/Electronics Trainer
    Item Number:
    417-000
    DAC Worldwide’s Permanent Magnet DC Motor Training System (417-000) provides a starting point for understanding a common, widely-used industrial induction motor.
  • DAC Electrical/Electronics Trainer
    Item Number:
    411-000
    DAC 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.
  • DAC Oil Production Training Model
    Item Number:
    295-901
    DAC'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:
    428
    DAC 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.
  • Piston Check Valve Cutaway (295-706)
    Item Number:
    295-706
    DAC'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.
  • DAC Mechanical Drives Cutaway
    Item Number:
    205-280
    DAC 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.
  • DAC Worldwide Technical Trainers
    Item Number:
    205-180
    The 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.
  • DAC Worldwide Training Models
    Item Number:
    284
    DAC 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.
  • Connected Smart Manufacturing
    Item Number:
    PLC HMI
    Rockwell Automation (Allen Bradley) CompactLogix control panel electrical project kit
  • 150W Dual Laser
    Item Number:
    PLS 6.150D
    The 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.)

Pages