Training Solutions for a Smart Future

For over 40 years, the Lucas-Nülle company has stood for the development, manufacturing, and marketing of high-quality, state-of-the-art training equipment for advanced technical, engineering, and vocational education. Their courses offer a wide range of basic theoretical material, project-oriented, and didactic training.

Technology & Education

Technology with an eye for didactics

Experimenting with educationally optimized systems leads to technical expertise and hands-on skills
Broad portfolio from classical training systems to eLearning in the cloud
High standard in-house production
Committed to international standards and quality requirements

Teach Advanced Electric & Hybrid Vehicle Topics Safetly

Hybrid & Electric Vehicles constitute one of the most innovative sectors of automotive technology. Developments have advanced to the point where the global market breakthrough for electrically powered vehicles is inevitable in the very near future. At the same time, such developments are opening up the need for mechanics specifically trained in this new and challenging technology. With electric power, electrical engineering and electronics will finally be the overwhelming aspect of vehicles.

As electrical systems, power infrastructure, and renewable energy technologies continue to evolve, the demand for skilled technicians and engineers is growing. Training programs must provide hands-on experience that reflects modern industry systems and technologies.

Tech-Labs offers Lucas-Nuelle training systems designed to support electrical engineering, power systems, and energy programs. These solutions combine modular hardware, structured curriculum, and interactive learning platforms to help students build real-world skills.

Training Areas We Support

Electrical Fundamentals – AC/DC circuits, measurements, and foundational electrical theory.
Power Systems & Distribution – Generation, transmission, and distribution training systems.
Smart Grid Technologies – SCADA, grid monitoring, and intelligent energy management.
Renewable Energy – Solar, wind, and hybrid energy systems.
Industrial Electrical Systems – Motors, drives, and control systems.
EV Charging Infrastructure – Installation, operation, and maintenance of electric vehicle charging systems.

Lucas-Nuelle systems are known for their modular design and scalable configurations, allowing programs to expand as training needs grow. These solutions are ideal for universities, technical colleges, and workforce development programs seeking to align with current industry standards.

Lucas-Nuelle offers a wide variety of training systems on the generation, distribution, and management of electrical energy. Some of those systems include power engineering training systems, distribution training systems, transformer training systems, and more!

Heavy Equipment Operator Training Simulation Systems

Promoting safe, efficient, and effective equipment and worksites through simulation-based tools

CM Labs stands apart through its commitment to pioneering the most realistic simulation-based heavy-equipment training solutions on the market, tailored to address and solve real-world challenges. With more than 25 years of experience, numerous awards, and 300+ academic papers to its name, CM Labs has achieved worldwide recognition for the quality of its solutions. With more than 1,200 installations across 42 countries, it is the global leader in providing virtual training tools for the construction, utilities, and ports markets.

Advanced Training Solutions for Chemical Engineering & Unit Operations

Pignat’s comprehensive range of chemical engineering training solutions supports hands-on education from basic lab experiments to industrial-scale simulations. The Mini Units are ideal for introductory and lab-scale learning, offering compact systems for foundational topics like distillation, extraction, evaporation, and reaction kinetics. These units are designed to provide clear visual operation and quick setup—perfect for university labs, technical schools, and entry-level chemical engineering courses.

For more advanced study, the Unit Operations line features pilot-scale systems that mimic real industrial processes with greater complexity. Students and professionals can explore filtration, adsorption, crystallization, biodiesel synthesis, and multi-phase separation with precision and realism. Multi-Purpose Reactors—available in manual and SCADA-automated versions—enable in-depth analysis and control of chemical reactions across a wide range of configurations. At the highest level, OTP Pilots offer industrial-scale learning with systems like continuous distillation and CO₂ absorption and regeneration, preparing learners for careers in chemical plants, energy sectors, and process industries.

Pignat is a global leader in hands-on training systems for chemical and process engineering, offering robust, transparent units designed to enhance understanding of real-world industrial operations. With a focus on glass-based construction, Pignat’s systems allow learners to observe processes directly—bringing theory to life in both academic and industrial training environments. Trusted by universities, technical institutes, and research centers worldwide, Pignat products support education and experimentation across core disciplines like distillation, absorption, reaction kinetics, heat exchange, filtration, and more.

Pignat’s product range is thoughtfully organized to serve learners from introductory to advanced levels. Mini Units introduce essential principles on a lab scale, ideal for high schools, technical colleges, and undergraduate programs. Larger pilot and industrial-scale units replicate commercial conditions for advanced research and skill development, supporting graduate programs and workforce training initiatives. With transparent operation, integrated instrumentation, and options for manual or automated SCADA control, Pignat systems make it easy to visualize, analyze, and optimize chemical processes.

Explore individual process techniques—like distillation, crystallization, or extraction—or investigate full system behavior through multi-stage continuous plants and reactors. Every Pignat system is engineered for education, research, and innovation in the chemical sciences.

Why is Workplace Safety Training Important?

According to the United States Bureau of Labor Statistics, an employer-reported nonfatal injury or illness occurred at 2.8 cases per 100 workers in 2018. However, it was reported to the Occupational Safety and Health Administration (OSHA) that 5,147 workers died on the job in 2017. In order to protect future workers from serious injury or death, companies have turned to Workplace Safety Training courses to keep their employees safe.

How We Can Help

We work with both educational and industrial partners to provide the training tools for their programs. Career & Technical Education and company training programs use our virtual reality and hands-on systems to allow learners to review safety concepts in a safe environment.

Amatrol’s FaultPro computer-based fault insertion software is the industry’s only electronic troubleshooting training system. FaultPro allows instructors to instantly set and tailor faults to test a student’s weaknesses and turn them into strengths. The troubleshooting skills taught by FaultPro allow students to solve real-world problems they’ll encounter on the job. FaultPro inserts electronic faults safely, protecting both students and equipment from incurring any damage.

FaultPro comes standard with more than two dozen Amatrol training systems spanning seven different technologies.