Robotic Workstations

Workplace Modular Systems robotic workstations support load capacities from 500 lbs up to 1,500 lbs evenly distributed, depending on the model. Heavy Duty and Precision Assembly Workstations reach 1,500 lbs, while Height Adjustable and Standard models support 500 lbs, upgradeable to 750 lbs in three-leg in-line or corner configurations.

Yes. EV & Battery Assembly Workstations feature grounded steel frames and ESD-safe laminate worksurfaces specifically designed for electrostatic discharge protection. These are critical for battery cell handling, electronics assembly, and any robotic process where static discharge could damage components or compromise product quality.

Yes. Precision Assembly Workstations are compliant with MIL-STD-1472 (Human Factors) and AS9100 (Quality) standards. They support domestic manufacture requirements for defense contracts and include custom documentation packages tailored to specific program requirements, making them a qualified choice for aerospace and defense production environments.

Custom orders are typically delivered in 30–45 days depending on configuration complexity. Quick Ship configurations are available and ship in under 14 days. Because all products are domestically manufactured in Londonderry, New Hampshire, there is no offshore lead time risk or tariff exposure affecting delivery schedules.

Yes. Height Adjustable Workstations with Direct Drive motorized systems offer 14 inches of travel, operable with a single button. The high-torque motor locks the surface in position even when powered off, virtually eliminating free-fall risk. Manual height adjustment options ranging from 30" to 42" are also available across multiple product lines.

Robotic workstations are widely used in EV and battery manufacturing, aerospace and defense assembly, general industrial production, laboratory and clean room environments, and logistics and packing operations. Workplace Modular Systems serves customers across all these sectors with purpose-built configurations tailored to each environment's structural, ergonomic, and regulatory requirements.