MODULAR AUTOMATION SOLUTIONS
ENTRY TO AUTOMATION
TranTek Systems’ TekCel Series is a group of production-ready, standardized manufacturing cells engineered for maximum flexibility and performance. Designed to integrate seamlessly into a wide range of manufacturing operations, TekCels are backed by real-world production experience and developed with operators, programmers, and maintenance personnel in mind.
TRANTEK SYSTEMS
An American owned company, TranTek Systems is a strategic resource for capital equipment and automation components with a best in class value; we offer more integration features and higher technical content for lower cost. Our standard factory automation solutions are designed with the production environment in mind and configurable to meet your unique needs. These product offerings include: TekCel Series, Bundle Loaders, Floor Trunnion and Robot Transfer Units (RTUs).
If an integrated automation solution would better fulfill your needs, our TranTek Automation division provides complete system integration.
Automotive Tier 1
The automotive industry demands uncompromising quality. Our TekCels are designed to meet stringent industry standards, ensuring traceability, consistency, and continuous improvement across every production run.
Whether supporting traditional internal combustion platforms or next-generation electric vehicles, we provide scalable solutions that evolve with your production needs. Our collaborative approach helps streamline launches, reduce risk, and maintain cost competitiveness.
HVAC
The HVAC industry uses standard automation cells to streamline the manufacturing of equipment. These production-ready, modular units are designed to perform specific operations—such as assembly and testing—using integrated robotics, controls, and quality systems.
By deploying standardized automation cells across facilities, HVAC manufacturers improve production consistency, reduce labor dependency, and accelerate plant expansion. Each cell is designed for repeatability and scalability, allowing proven processes to be replicated across multiple product lines and locations.
This modular approach delivers higher throughput, consistent product quality, shorter commissioning times, and lower overall manufacturing costs—while supporting the industry’s push toward energy-efficient and high-performance HVAC systems.
Municipalities
Municipalities use standardized automation cells to enhance efficiency, reliability, repeatability, and safety within their operations. Implementing these standardized solutions helps reduce engineering complexity, accelerate deployment timelines, and deliver consistent system performance. Standardization also streamlines maintenance processes, simplifies staff training, and supports smoother system upgrades.
This modular approach enables municipalities to modernize infrastructure, strengthen service reliability, and operate critical systems more efficiently while maintaining regulatory compliance and effective cost management.
Steel Construction
The steel construction industry uses standard automation cells to increase productivity, precision, and safety in structural steel fabrication. These modular, production-ready systems are designed to perform specific operations—such as cutting, drilling, welding, beam processing, plate fabrication, and robotic material handling—using integrated controls and advanced machinery.
By standardizing automation cells, fabricators can replicate proven production processes across multiple facilities, reduce setup time, and improve quality consistency. Each cell is engineered for repeatability and scalability, allowing companies to expand capacity while maintaining predictable cycle times and tight tolerances.
This modular approach helps steel construction firms meet demanding project schedules, manage skilled labor shortages, and deliver high-quality structural components with greater operational efficiency.
Steel Mill
The steel mill industry uses standard automation cells to drive consistency, throughput, and operational reliability across complex production environments. These pre-engineered, modular systems are designed to perform specific functions—such as cutting, stacking, and inspection—using integrated PLCs, drives, robotics, and advanced safety systems.
By deploying standardized automation cells, steel producers can replicate proven process designs across multiple mills, reduce commissioning time, and maintain consistent product quality. Each cell is built around defined operating parameters, ensuring predictable cycle times, improved yield, and reduced downtime.
This modular approach enables steel mills to modernize operations, improve worker safety in high-temperature and heavy-material environments, and scale production efficiently while maintaining strict quality and process control standards.
Utility Vehicles
The utility vehicles industry uses standard automation cells to improve manufacturing efficiency, product consistency, and production scalability. These production-ready, modular systems are designed to perform specific operations—such as welding, assembly, and inspection—using integrated robotics, controls, and quality verification systems.
By implementing standardized automation cells, manufacturers can duplicate production processes across multiple facilities and product lines, reducing engineering time and accelerating plant expansion. Each cell operates within defined performance parameters to ensure repeatable cycle times, tight tolerances, and consistent build quality.
This modular approach helps utility vehicle manufacturers respond to growing demand, manage labor challenges, and integrate new technologies—such as electrified drivetrains—while maintaining cost control and operational flexibility.
