Why manufacturing loses time and resources on outdated methods
Every manufacturing plant loses money on things that should work without a hitch: a new hire misreads a drawing, an operator misses a step in the instructions, launching a new line is delayed by a week.
These “little things” add up to equipment downtime, defects, and missed contracts — in other words, direct losses that could have been foreseen and eliminated.
Outdated training and design methods force experienced employees to take time away from their own tasks to show new hires the same operations over and over.
Knowledge lives in the heads of mentors, not in a system: when a key specialist leaves, the plant loses competencies and has to spend resources retraining from scratch. This is a vicious cycle of losses that gets more expensive every year.
Immersive technologies break this cycle. VR for manufacturing lets you rehearse a complex operation before ever stepping onto the real line — without risk to equipment or materials.
AR staff training overlays step-by-step prompts directly on the object the worker sees, so even a new employee acts with confidence from the first days.
MR design lets engineers see assembly, ergonomics, and logistics before a physical prototype is ever created — all errors are found at the virtual stage, not on the shop floor.
Implementing immersive technologies is not an experiment for technology’s sake, but a controlled way to reduce costs and accelerate the launch of new products.
We at truetech.by have been developing such applications for the needs of specific shops and production lines for more than 10 years. We help move training, design, and control processes into a digital environment without restructuring your entire IT infrastructure.
What benefits you get from implementing immersive technologies
Implementing immersive technologies in manufacturing is not about hype, but about measurable indicators: onboarding speed for new employees, the number of errors, and the overall efficiency of the shops.
Managers who already use mixed reality gain control over processes that were previously difficult to improve.
Here is a checklist of benefits you get with MR solutions:
- Faster training — new employees master operations 30-50% faster because the instructions are right in front of them, not in a paper manual.
- Fewer staff errors — step-by-step prompts in their field of view prevent skipping critical steps and reduce defects to a minimum.
- Increased engagement — interactive scenarios replace boring lectures; workers are more willing to complete training and are less resistant to new processes.
- Digitized knowledge — the experience of the best specialists becomes digital instructions that no longer depend on human factors.
We, truetech.by, have been implementing such solutions at manufacturing sites for more than 10 years. We tailor everything to your process — from training to operation control — and support you at every stage so that you get the very efficiency that started it all.
Development formats: simulators, instructions, 3D model overlays
The same manufacturing challenge can be solved with different tools, and the choice of format determines the result.
Some need to train staff without risking equipment, others need to accelerate the assembly of a complex unit, and still others need a clear visual of how a new part will fit into an existing line.
So before starting, we analyze the task and choose a format that delivers the required effect without unnecessary investment.
Below are the three main formats we develop for manufacturers. They cover 90% of typical requests, from training to quality control.
| Format | For whom | What it gives the customer |
|---|---|---|
| VR simulator | For operators, adjusters, maintenance crews | Safe training without stopping production, practice of rare and emergency situations, objective skills assessment |
| AR instruction | For assemblers, warehouse staff, service engineers | Step-by-step prompts directly on equipment, fewer errors, quick ramp-up for new hires |
| MR 3D model overlay | For designers, process engineers, chief engineer’s department | Visual verification of component and utility compatibility, virtual installation before purchasing equipment, reduced downtime |
The table is not a strict limitation but a framework. Often, the best result comes from a combination: for example, an employee first completes VR training and then uses an AR instruction on a real machine.
We help identify which scenarios will benefit your specific manufacturing operation and design a solution that can be easily scaled to new areas.
When you order development, you get not just an “application” but a tool embedded in your workflows: it is used on tablets, phones, or augmented reality glasses — on the devices already available at your enterprise.
This accelerates adoption and requires no separate infrastructure. And if the format needs to change after the pilot, we adapt the solution to new tasks.
Stages of a VR/AR project for manufacturing
Every VR development project for manufacturing starts with chaos: scattered data about shops, machines, and operations that do not form a unified picture.
We turn this chaos into a step-by-step plan where each stage is clear and measurable — from the first meeting to the moment an employee puts on a headset and works in the new environment.
The process is designed so that you control the progress of the work without getting bogged down in technical details. Below are the five steps that a project to implement AR and VR in manufacturing goes through.
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Immersion in your processes. We visit your site, study technological operations, regulations, and tasks. We identify which scenarios (training, assembly control, remote assistance) will deliver quick results. The output is a technical specification that both the director and the shop foreman understand.
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Solution design. We determine the format: full VR immersion for skill practice or AR prompts layered over real equipment. We agree on scenarios, interface, and logic — on paper, before writing any code.
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Creating the digital environment. We develop highly detailed 3D models of your components, assemblies, and spaces. In parallel, we program the interaction logic — from pressing a button to emergency scenarios. At this stage, the client sees the first intermediate builds and adjusts details.
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Testing and calibration. We check scenarios against real tasks: does the sequence of actions match the regulations, do any “abnormal” situations arise. We fix issues before launch, not after employees start working.
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Launch and support. We train key specialists and operators and hand over instructions. After implementation, we stay in touch: we update content, refine scenarios for new tasks, and support the system so that production never stops.
The result of the process is a working tool embedded in your operations. Employees train faster, make fewer mistakes, and you get a manageable system that evolves with production. Find out how it works for your task — request a personalized project plan.
What is included in the delivery and support of the application
Receiving a finished application is only the first step. What matters is that the solution works reliably, employees know how to use it, and you can develop the product without being tied to a specific developer.
That is why the delivery includes a complete package covering all stages — from launch to ongoing support.
Here is what you get:
- A ready-to-use VR/AR/MR application — installed, configured, and tested on your equipment. You get a working tool that can be used immediately in production processes.
- Source code and its rights — the code fully passes into your ownership. You are not dependent on us and can refine the solution with your own team or hand it to any contractor.
- Technical documentation — a clear description of the architecture, working scenarios, and instructions for operation and configuration. Your specialists will understand the system without our help.
- Staff training — we conduct training sessions for administrators and users: how to launch the application, update content, and fix typical errors. Usually one or two sessions are enough for the team to work independently.
- VR and AR solution support — we include a support plan: updates, bug fixes, consultations on any issues. You can always contact us — we will connect quickly.
- Access rights and integrations — we set up access for your team, connect the application to accounting systems, and ensure data transfer in the required format.
- Warranty obligations — we fix response and troubleshooting times in the contract. You know that in a critical situation we will step in quickly.
In the end, you get not just a program, but a fully packaged solution with training and support. This saves your time and reduces risks — the application works, and your employees use it with confidence.
Case study: how we reduced downtime at a plant with AR
For the machine-building plant TechnoProm, we developed AR instructions for equipment adjusters. Previously, every changeover took up to 45 minutes and involved calls to an engineer and searches for paper regulations.
Moreover, during a shift, adjusters performed 6-8 such operations — half-hour machine downtimes added up to hours, and errors when ordering components delayed shipments.
We proposed a simple solution: workers use a tablet with a camera or a smartphone, and when they point it at a machine, they see prompts directly over the real equipment — which part to replace, what force to apply, in what order to proceed.
No line rework: the instructions were integrated into current processes in two weeks, and staff training took one day.
| Metric | Before implementation | After implementation |
|---|---|---|
| Average changeover time | 45 minutes | 10 minutes |
| Setup errors (per month) | 18 | 2 |
| Equipment downtime (hours per month) | 32 | 6 |
The effect was immediate: adjustment time dropped 4.5 times, and the number of errors fell by 90%. Machine downtime decreased fivefold — this made it possible to fulfill more orders without overtime, and defects and rework almost disappeared.
For the client, the main thing was not the technology but predictability: the shop manager can see when each operation will finish and can plan shifts without a buffer for waiting.
The case ended with expansion: after three months of trial operation, the company implemented AR in three more shops and connected the system to its ERP system.
Now all instructions and reports on completed work automatically enter the accounting system, and new employees reach normal pace in one day instead of two weeks.
This is a case where augmented reality paid for itself in the very first production cycle and became the enterprise’s standard way of working.
How to choose the right format for your task?
The choice of application format depends not on trends but on the specific manufacturing task and the conditions in which employees will work.
Mixed reality allows the same action to be shown in different ways: sometimes a person needs full immersion in a virtual environment, sometimes a real process needs to be supplemented with digital prompts, and in complex cases, both approaches can be combined.
Virtual reality covers tasks where safe training without risk to people and equipment is essential. If you need to practice actions on an expensive machine, simulate an emergency, or conduct instructions before allowing access to the site — VR is the format.
It provides full immersion and lets a beginner make a mistake in a safe environment rather than on a real shop floor.
Augmented reality solves tasks related to direct work on the site. When an employee needs to see an assembly diagram, checkpoints, or the sequence of operations right before their eyes, AR overlays digital elements onto real equipment. This reduces errors, accelerates onboarding, and does not require stopping production for training.
Mixed reality is the choice for tasks where collaborative work with virtual objects in real space is important. For example, checking the layout of a new area, several specialists interacting with a digital prototype, or configuring complex equipment with remote expert support. MR lets you see how a change will affect the process before it is implemented.
The main criterion when choosing is what exactly should change as a result: faster training, fewer defects, a safer process, or a clearer presentation.
If you articulate the goal, we will help you choose a format that delivers results without overpaying for an unnecessary “depth” of immersion. Describe your task — we will offer a solution for your budget and working conditions.
Frequently asked questions about ordering VR/AR development
Before ordering a VR/AR application, clients most often ask about timelines, budget, and compatibility with hardware. We answer these questions — without technical details, only what influences the decision.
How long does development take, and when will we see the first result?
The typical timeframe is 2 to 4 months, and we show a working prototype after 2-3 weeks. For urgent tasks, we assemble an expanded team and compress the schedule. Exact dates are fixed in the contract with acceptance stages.
How much does it cost to order a VR/AR application?
We calculate the cost based on the business result — the complexity of the scenario, the number of workstations, and integration with the accounting system.
That is why we do not quote a “price from.” Send us a description of your task — we will calculate the scope and show when the investment will pay off.
Is the application compatible with our equipment?
Yes, in most cases. We check your equipment fleet and test remotely on your configuration — without stopping production. If the equipment is outdated, we adapt the interface or selectively update only what affects the task.
Who supports the application after launch?
After launch, there is a warranty period: we fix errors and make minor refinements. Then we add a development plan — a monthly volume of hours for updating instructions and creating new scenarios. The response time is set in the contract, and support is provided remotely from any city.
Discuss your task and get a project estimate
Estimating the cost of developing an MR application for manufacturing is a task that requires understanding the specifics of your process.
We offer a personal consultation: after a short request, an expert will contact you, clarify the details, and prepare an estimate of timelines and budget.
Our goal is to enable you to make a decision with numbers in hand, not in a vacuum. That is why we take into account the scale, the number of users, the required equipment, and integration with existing systems. As a result, you receive a realistic cost and timeline range — without hidden conditions.
What you get by contacting us:
- a preliminary project estimate within a couple of working days;
- consultation on applying MR in manufacturing (training, control, assembly);
- a selection of solution options for your tasks and budget;
- an understanding of the development stages and the team required;
- a prototype or usage scenario after the work begins;
- a fixed cost and schedule after the technical specification is approved.
The estimate is free and comes with no obligation. It is important to us that you make your decision calmly: know the timelines, understand what makes up the price, and see how MR improves manufacturing efficiency.
Now is the best time to discuss your task. Leave a VR request on the page, and we will come back with a project estimate and answers to your questions. The consultation takes about half an hour, and the result is clarity on the timeline and development cost.