Collaborative robotics, answered.

Multitech is a European industrial automation company focused on practical collaborative robotics applications. We help manufacturers identify suitable tasks, prove feasibility and engineer the robot, tooling, controls, safety and operator workflow into a dependable production cell.

Multitech has offices in Săcele, Romania and Budapest, Hungary and supports manufacturers across Europe. Our local engineering presence is backed by application knowledge, training capability and relationships within the Universal Robots ecosystem.

Multitech was founded in 2008. The company became an authorized Universal Robots distributor in 2019, an authorized distributor for Mobile Industrial Robots in 2022, achieved Universal Robots Gold Distributor status in 2023 and opened a UR Authorized Training Centre in 2025.

Multitech is an authorized Universal Robots distributor and operates a UR Authorized Training Centre. This gives customers a direct route from product selection and application engineering to certified training and ongoing support.

A robot arm is only one component of an automation application. Multitech starts with the production task and brings together the end effector, fixtures, sensing, controls, safety concept, programming, validation and training needed for the complete cell to perform reliably.

No. Multitech is application-focused: our work can include process assessment, concept development, feasibility testing, equipment selection, integration, commissioning, operator training and lifecycle support. The goal is not to place a robot in a factory; it is to create measurable production improvement.

Multitech supports industrial manufacturers in sectors including metalworking, machinery, automotive supply, electronics, plastics, consumer products, logistics and other production environments. Suitability depends more on the task, part flow and business case than on the industry label.

Yes. Multitech’s core offices are in Romania and Hungary, while project support can extend across Europe. Scope, site access, commissioning and service arrangements are agreed for each application.

Start with the bottleneck. Multitech first examines the task, parts, cycle, variation, operator interaction, available space and production target. That evidence determines whether collaborative automation is appropriate and what should be tested next.

Useful inputs include part drawings or samples, photos or video of the process, cycle-time targets, payloads, machine interfaces, shift pattern, quality requirements, available floor space and known safety constraints. Incomplete information is normal; Multitech helps structure the questions.

Yes. When gripping, reach, force, vision, cycle time or process stability is uncertain, Multitech can isolate the riskiest assumptions and test them before the full cell is built. Early proof reduces technical and commercial uncertainty.

Multitech can engineer and coordinate complete applications, including the robot, end-of-arm tooling, fixtures, sensors, controls, guarding or other safety measures, software, validation and training. The exact boundary is defined around the customer’s equipment and internal capabilities.

Often, yes. Multitech assesses mechanical access, loading conditions, I/O, communication protocols, machine states, doors and interlocks before defining the interface. Older equipment can frequently be automated, but its controls and safety condition must be evaluated.

Project duration depends on process complexity, tooling, machine interfaces, testing, compliance work and equipment lead times. A straightforward application may progress quickly; a multi-process cell with custom tooling and validation needs more engineering. Multitech defines milestones after the initial assessment rather than promising a generic deadline.

Multitech plans installation, integration and acceptance around the realities of the production site. Where possible, programming and testing are completed away from the line, while cutover work is organized to reduce disruption. The final plan depends on access to machines, utilities and production windows.

Yes. A first cell can establish standards for tooling, controls, safety, operator interaction, documentation and training. Multitech can use those lessons to make later deployments more consistent while adapting each cell to its actual process.

A cobot, or collaborative robot, is an industrial robot designed with functions that can support collaborative applications. In practice, the complete application–not the arm alone–determines how people and the robot can share a workspace safely and productively.

Cobots are typically compact, flexible and designed for accessible programming and collaborative safety functions. Traditional industrial robots may be preferable for very high speed, very high payload or fully isolated processes. Multitech selects the architecture around the task rather than assuming one robot type is always better.

Not automatically. Every application requires a risk assessment that considers the robot, tool, part, speed, force, pinch points, process hazards and human access. Depending on the result, the cell may use speed and separation monitoring, power and force limiting, scanners, interlocks, guarding or a combination of measures.

Multitech uses cobots to remove repetitive, strenuous, hard-to-staff or consistency-critical work while keeping people responsible for judgment, improvement and exceptions. The best result is usually a better division of work, not an empty workstation.

Strong candidates are repetitive tasks with stable inputs, measurable outputs and a clear production need. Common examples include machine tending, palletizing, handling, welding, dispensing, assembly, inspection, sanding, polishing and material removal.

A task may be unsuitable when parts are uncontrolled, cycle-time demands exceed the collaborative concept, payload or reach is insufficient, the process creates unacceptable hazards, or the surrounding equipment cannot interface reliably. Multitech identifies these limits early and can recommend a different automation architecture.

Cobots can be redeployed, but useful redeployment requires planning. Bases, tools, utilities, safety settings, programs, calibration and material presentation must all support repeatable changeover. Multitech designs mobility when it strengthens the business case rather than treating it as an automatic benefit.

A complete application combines the robot arm with a controller, user interface, end-of-arm tool, fixtures, sensors, machine communication, safety measures and validated software. Multitech coordinates these elements around the process so that motion becomes useful production work.

Yes. Vision can locate or inspect parts, force sensing can control contact processes, and AI can support perception or adaptive behaviour. These technologies are valuable only when their uncertainty, response time, data and safety implications are engineered for the real production environment.

Universal Robots is a Danish robotics company founded in 2005 and known for developing commercially successful collaborative robot arms. Its cobots are used in production environments worldwide and are supported by a large ecosystem of partners, components, software and training resources.

Universal Robots combines industrial robot performance with accessible programming, integrated safety functions, open interfaces and a broad application ecosystem. For Multitech, that creates a strong platform for building flexible cells without losing focus on the tooling, process and people around the robot.

PolyScope is the Universal Robots programming and operating platform supplied with UR cobots. It supports guided programming for common workflows as well as more advanced integration, allowing Multitech to create an operator experience appropriate to the application and the customer’s skill level.

The Universal Robots ecosystem includes compatible grippers, welding equipment, vision, sensors, software, safety devices, application kits and complete solutions. Multitech evaluates ecosystem products alongside custom engineering so that compatibility does not replace application suitability.

The correct model depends on total payload, reach, tool mass, speed, cycle, mounting position, process forces, cable routing and the required safety concept. Multitech performs this selection from application data; choosing only by nominal payload can lead to an underperforming cell.

Yes. UR systems support industrial I/O and communication options used to coordinate with machines, PLCs, sensors, tools and production systems. Multitech defines the signal sequence, fault handling and ownership of each interface so the cell behaves predictably.

No. The cobot provides the motion and control platform, while the productive solution also needs tooling, part presentation, machine interfaces, safety engineering, software and validation. Multitech supplies the application knowledge that connects those elements.

Yes. Multitech collaborative welding applications coordinate the robot, torch, welding source, fixtures, extraction, parameters and safety concept to deliver repeatable seams while reducing operator exposure to heat and fumes.

Yes. Assembly cells can handle insertion, fastening and joining, while dispensing cells control paths, flow and bead geometry for adhesive, sealant, grease or coatings. Tooling, sensing and process validation are central to both.

Yes. Multitech integrates cobots with CNC machines, presses, moulding machines, test equipment and similar assets. A dependable cell manages part gripping, doors, machine signals, cycle states, faults and safe operator access–not just loading motion.

Yes. Applications can move parts, trays, cases, bags or totes and create repeatable pallet patterns. Multitech checks payload, reach, line rate, gripper design, pallet access and ergonomic improvement before choosing the cell architecture.

Yes. A robot can present cameras, sensors or metrology equipment from repeatable viewpoints and connect results to the production flow. Multitech designs the application around the decision the quality team needs, not around the camera alone.

Yes. These processes require controlled path, angle, speed and contact force. Multitech combines suitable tools, compliance or force control, dust management, part fixtures and process testing to create a stable finish.

Possibly. The nine application families cover common patterns, but they are not a closed catalogue. Multitech evaluates unusual tasks from first principles and will say clearly when a cobot, another robot architecture or no automation is the better answer.

Safety is a shared project responsibility defined through applicable laws, standards, roles and documentation. Multitech develops the application safety concept within the agreed scope, while the employer remains responsible for safe use at the production site. Responsibilities are clarified before commissioning.

Yes. Collaborative functions do not make risk assessment optional. The assessment must consider normal operation, setup, maintenance, foreseeable misuse, the end effector, the workpiece, surrounding machines and every way a person can interact with the cell.

Multitech connects free UR Academy e-learning with instructor-led core, advanced, specialist and operator training. Hands-on courses at the UR Authorized Training Centre help teams program, operate, troubleshoot and improve real collaborative robot applications.

Not necessarily. Operator training can focus on safe startup, loading, running programs, approved adjustments and responding to common errors. Engineers and technicians who will develop or maintain applications can follow deeper programming, safety, service and interface pathways.

Multitech can support production ramp-up, fault diagnosis, optimization, training refreshers, planned maintenance and later changes within the agreed service scope. Good documentation and internal ownership are built into the handover so the customer is not dependent on guesswork.

Maintenance should cover the complete application: robot, tool, cables, fixtures, sensors, safety devices, software backups and connected machines. Multitech helps define practical checks and service actions based on duty cycle, environment and manufacturer guidance.

Yes. Training before investment can help operators, engineers and decision-makers understand what collaborative robotics can realistically do. It also improves the quality of project requirements and gives the future cell stronger internal ownership.

There is no responsible single price for a complete application. Cost depends on the robot model, tooling, fixtures, sensors, safety measures, machine interfaces, engineering, validation, training and installation. Multitech develops a scoped concept so the estimate reflects the real process.

ROI can come from higher machine utilization, additional production hours, improved consistency, reduced scrap, less repetitive manual handling, easier staffing and faster changeover. Multitech builds the case around measurable baseline data and avoids relying on generic payback claims.

No. Flexible automation can be especially valuable in small and medium-sized manufacturers with high-mix production, limited space or difficult-to-staff repetitive tasks. The deciding factors are process stability, utilization and value–not company size.

Not always. The best first project is usually a meaningful bottleneck with manageable technical risk, clear ownership and measurable results. Multitech balances impact with feasibility so the first cell creates confidence as well as output.

Success criteria should be agreed before design and may include cycle time, uptime, quality, changeover duration, ergonomic improvement, operator acceptance and safe recovery from faults. Multitech uses acceptance criteria to turn a promising demonstration into a production decision.