Showing posts with label heavy equipment operator training. Show all posts
Showing posts with label heavy equipment operator training. Show all posts
Tuesday, February 07, 2023
ForgeFX Simulations Listed as Major Key Player in the Heavy Equipment Training Simulator Market
We're honored to be listed as one of the major key players in the heavy equipment training simulator market in this new research report titled, Heavy Equipment Training Simulator Market 2023, published by 360 Market Updates and reported on by MarketWatch.
Thursday, April 13, 2017
ForgeFX Simulations at ConExpo-ConAgg 2017
Thanks to everyone who visited ForgeFX Simulations at ConExpo - Con/Agg 2017, in Las Vegas, Nevada last month. ConExpo is the largest trade show in the United States, and this year's show spanned a record 2.8 million-plus net square feet of exhibits, with a record 2,800+ exhibitors.
ForgeFX was proud to present our virtual reality (VR) industrial training simulators to as many of the 125,000+ attendees as possible. VR-based training simulators immerse users in virtual environments, and with virtual equipment, in ways traditional screen-based simulators cannot. The combination of stereoscopic 3D, positional tracking, head-tracking, hand tracking, and real-world controls delivers highly interactive and impactful simulators that prepare operators for real-world operation. The aerial boom lift simulator that we developed for JLG was a real crowd pleaser, located at the ForgeFX booth, the JLG booth and the Tech Experience pavilion.
ForgeFX's virtual reality simulators familiarize operators with machine controls and operation, while helping to reduce the possibility of mistakes and accidents on real-world job sites. VR-based simulators appeal to the next generation of trainees by providing them with cutting-edge, fun, interactive and highly-immersive training.
Contact us on ForgeFX
Get updates on Facebook
Get tweets on Twitter
Connect on LinkedIn
Watch on YouTube
Tweet
ForgeFX was proud to present our virtual reality (VR) industrial training simulators to as many of the 125,000+ attendees as possible. VR-based training simulators immerse users in virtual environments, and with virtual equipment, in ways traditional screen-based simulators cannot. The combination of stereoscopic 3D, positional tracking, head-tracking, hand tracking, and real-world controls delivers highly interactive and impactful simulators that prepare operators for real-world operation. The aerial boom lift simulator that we developed for JLG was a real crowd pleaser, located at the ForgeFX booth, the JLG booth and the Tech Experience pavilion.
ForgeFX Simulations demonstrating their VR-based training simulators at ConExpo 201. |
JLG Immersive Trainer
In addition to demonstrating the aerial boom lift at our booth, JLG Industries had 2 instances of the simulator running at their booth. We networked these 2 simulation stations together and developed a fully interactive multi-user environment so that attendees could compete against each other in real-time for the best score, or collaborate to accomplish tasks together.JLG Industries, Immersive Training Simulator |
![]() |
Operating a JLG aerial work platform in virtual reality. |
New Technology at ConExpo
JLG's virtual reality training simulator takes place on an actual boom platform complete with the controls that are used to operate the real-world equipment. Watch the first of JLG's daily recaps for a peek at their live demos, interactive exhibits and equipment advancements that will redefine the future of access.Tech Experience
From solar-powered roadways, to the first-ever 3D printed excavator, to virtual reality training simulators, the Tech Experience at ConExpo 2017 was a 75,000 square foot immersive, future-forward showcase that allowed attendees to see what’s possible tomorrow, today.![]() |
JLG's aerial work platform simulator at the ConExpo 2017 Tech Experience. |
Tweet
Friday, July 31, 2015
JLG Industries Aerial Work Platform Training Simulators by ForgeFX
JLG Industries Aerial Work Platform Training Simulators
![]() |
JLG Industries Aerial Work Platform Training Simulators by ForgeFX |
JLG Adds Custom Simulator to its Training Tools
JLG Industries has added a lift and access equipment simulator to its arsenal of teaching tools at its recently expanded training center in McConnellsburg, PA. The simulator employs advanced gamification learning to familiarize operators with the controls and operation of the JLG 800S telescopic boom lift. The equipment simulator virtually replicates JLG’s proving grounds at its customer training center, a four-acre tract of land that includes obstacle courses designed to train participants in the operation of JLG equipment.
JLG Simulator Starts Training at the Safest Height
At their facility in McConnellsburg, PA, JLG has created a testing and training facility that duplicates many aspects of a typical real-world job site. To train on site with experts at the proving grounds is an invaluable experience. However, the real-world proving grounds can’t handle the volume, nor can everyone handle the expense of on-site travel and training. In the JLG Equipment Simulator, ForgeFX has created a true-to-life replica of the Proving Grounds, allowing an unlimited number of students to gain much of what is gained in the real-world experience.
Training for boom lift operation presented controls familiarization and spatial awareness challenges. ForgeFX met these challenges for JLG by developing the JLG Equipment Training Simulator allowing operators to learn and practice both safety and productivity in a virtual environment.
Tweet
Monday, September 16, 2013
Dredging Industry Utilizes Virtual Training Simulators
When you think about virtual training simulators you probably picture pilots training to operate an aircraft, but training simulators are becoming more common in just about every industry where training can be costly and risky for mission-critical tasks. If your equipment is costly, the consumables it relies on are expensive, and the work can be dangerous - then there's a good chance a training simulator is right for you. Take for example dredging, probably not the first industry that comes to mind when you think of 3D training simulators, but think again.
Dredge Technology Corporation (DTC) offers virtual dredging training via a Beaver 6518 cutter 3D simulator that allows trainees to practice for scenarios they'll face in the real-world, in a safe controlled virtual environment. Operators are able to train in a variety of simulated conditions, without the need to create potentially hazardous situations, and without incurring any production loss.
Earlier this month the Training Institute for Dredging (TID) organized the India Dredging Experience, enabling visitors to operate their Beaver 6518 simulator, allowing them to experience first-hand the benefits of simulation-based training. TID claims that the simulator helps to improve key performance indicators, leading to higher uptime rates and a decrease in cost per cubic meter. TID also organized the India Dredging Competition, where participants compete against each other, using the simulator to dredge a harbor channel entrance as fast and efficiently as possible.
Earlier this year DTC conducted their first US-based simulator-based dredging training sessions in Clearwater, Florida. The training simulator sessions were attended by Fortune 500 dredging and construction companies including Mosaic and Manson.
Simulator-based training has opened up a new educational application model in dredging, among a number of other industries as well. By including simulation-based training into curriculums, early adopters will see a number of benefits. The improvement of skills and techniques coupled with the cost savings returned by well-trained operators who make fewer mistakes easily outweighs the cost of developing a training simulator. If you're responsible for training people to operate machinery that is expensive, costly to maintain, and has the potential to create hazardous conditions, a training simulator may be just what you're looking for to give your organization the upper hand.
Contact us on ForgeFX
Get updates on Facebook
Get tweets on Twitter
Connect on LinkedIn
Tweet
Dredge Technology Corporation (DTC) offers virtual dredging training via a Beaver 6518 cutter 3D simulator that allows trainees to practice for scenarios they'll face in the real-world, in a safe controlled virtual environment. Operators are able to train in a variety of simulated conditions, without the need to create potentially hazardous situations, and without incurring any production loss.
Earlier this month the Training Institute for Dredging (TID) organized the India Dredging Experience, enabling visitors to operate their Beaver 6518 simulator, allowing them to experience first-hand the benefits of simulation-based training. TID claims that the simulator helps to improve key performance indicators, leading to higher uptime rates and a decrease in cost per cubic meter. TID also organized the India Dredging Competition, where participants compete against each other, using the simulator to dredge a harbor channel entrance as fast and efficiently as possible.
Earlier this year DTC conducted their first US-based simulator-based dredging training sessions in Clearwater, Florida. The training simulator sessions were attended by Fortune 500 dredging and construction companies including Mosaic and Manson.
Simulator-based training has opened up a new educational application model in dredging, among a number of other industries as well. By including simulation-based training into curriculums, early adopters will see a number of benefits. The improvement of skills and techniques coupled with the cost savings returned by well-trained operators who make fewer mistakes easily outweighs the cost of developing a training simulator. If you're responsible for training people to operate machinery that is expensive, costly to maintain, and has the potential to create hazardous conditions, a training simulator may be just what you're looking for to give your organization the upper hand.
Tweet
Subscribe to:
Posts (Atom)