Engineering and technological solutions
Technology research and selection for manufacturing and agricultural tasks.
Questions people bring
Automate an operation or production area with robotics
Automate a production line, packaging, sorting or warehouse
Improve quality and detect defects
Modernize a machine or process
Reduce energy, water, air or raw material consumption
Reduce downtime
Find an alternative to unavailable equipment
Select technology for a farm, greenhouse, field or livestock operation
Test a new technology before purchase
Find technologies and manufacturers for a tender or exhibition
Industries and technologies
Industrial automation and digitalization
Robotics; line automation; machine vision; quality control; packaging; AGV/AMR; warehouse and assembly automation; industrial AI; predictive maintenance; IIoT; digital twins; MES/SCADA.
Describe a task in this areaMachine tools and equipment
Machine tools and machining; CNC and modernization; welding and cutting; laser technologies; additive manufacturing; compressor and vacuum equipment; pumps, hydraulics and pneumatics; cooling and heat exchange.
Describe a task in this areaResources and environmental processes
Energy efficiency; energy storage and management; water treatment and purification; gas cleaning, extraction and filtration; waste recycling.
Describe a task in this areaAgricultural sector
Agricultural equipment; greenhouse technologies; livestock, poultry and aquaculture; grain storage and processing.
Describe a task in this areaOther industries
Mining; metallurgy and foundries; oil, gas and petrochemicals; chemicals; pharmaceuticals and clean manufacturing; building materials; electronics, electrical engineering and batteries; automotive and electric transport.
Describe a task in this areaSpare parts and modernization
Alternative sourcing, import substitution, reverse engineering, part manufacturing and equipment modernization.
Describe a task in this areaFive work stages
- Scouting. We identify markets, manufacturers, exhibitions, integrators, technology companies and platforms for finding a solution.
- Research. We analyze the process, constraints, technology classes, comparison criteria and risks.
- Search. We seek technically relevant approaches and providers.
- Selection. We compare options against the task, infrastructure, integration, maintenance and evidence.
- Testing. We will agree what to check through a sample, demonstration, reference site or pilot.
What the customer receives
- task description and success criteria;
- a map of possible technological approaches;
- solutions and manufacturers with factual sources identified;
- comparing parameters, constraints and risks;
- distinguishing confirmed information from what needs verification;
- a justified next step: quotation request, verification, test, pilot or rejection of an unsuitable option.
Tenders, exhibitions and testing
- finding technology and manufacturers according to specification requirements;
- finding an exhibition and exhibitors, a priority list and booth questions;
- organization of a check, demonstration, visit or pilot evaluation by separate agreement.
Decision-making materials
Options and providers
A map of technological approaches, identified manufacturers and each participant’s role—within verified information.
Comparison and evidence
Parameters, scope, constraints, sources and available test results.
Risks and economics
Open questions, cost items and integration constraints. Unverified information remains flagged.
Next step
Quotation request, sample, demonstration, pilot, additional research or rejection of an unsuitable option.
The materials depend on the task and agreed scope of work.
Questions and answers
Do I need to know the technology’s name?
No. You can start with the process, constraint and desired change.
How does this differ from equipment selection?
Equipment selection starts from a known category or model. Engineering research is needed when ways to solve a manufacturing task must first be compared.
Could the conclusion be “do not buy”?
Yes. If an option fails the criteria or evidence is insufficient, the next step may be further testing or rejection.
Related articles
Industry
How to test technology before buying equipment
Choose a test addressing the main risk. A demonstration, visit to an operating facility, sample test and pilot answer different questions.
Read article →Industry
How to implement machine vision in manufacturing
Define the feature to detect and the line’s action after inspection. Choose the camera, lighting, optics and algorithm for actual samples and conditions.
Read article →Agriculture
How to prepare a technology inquiry for an agricultural company
Describe the farm, seasonal process and constraint. Field, greenhouse, livestock or storage conditions matter more than the technology’s general name.
Read article →Equipment
How to find an alternative to unavailable industrial equipment
Look for replacements based on function and process requirements. Start by distinguishing essential properties of the original machine from features specific to that model.
Read article →