The Electrak MD series delivers compact but powerful electric linear actuation. In addition, it is fully washdown-capable. This makes it reliable in harsh environments and eliminates the need for maintenance.

Furthermore, onboard electronics allow Electrak MD to handle a wide variety of industrial and mobile applications. It features a built-in J1939 or CANopen CAN bus, overload protection, and electronic trip point calibration. Also, end-of-stroke, voltage, and current monitoring ensure precise control.

Electrak MD includes standard anti-rotation actuation, dynamic motor braking, self-locking lead nuts, and temperature monitoring with compensation. Moreover, it complies with CE, RoHS, and REACH standards. Flying lead cables provide easy installation.

Additionally, multiple electronics configurations are available. These include EXX monitoring systems, EXP analog position output, LXX low-level signal switching, LLX end-of-stroke output, and LXP analog output. CAN bus control options include CNO (J1939) and COO (CANopen) with open-loop speed control. Internal limit switches (XXX, XXP, LLP) provide precise end-of-stroke management.

As a result, Electrak MD is ideal for automated guided vehicles, logistics trains, packaging machines, agricultural and landscaping equipment, and seeding, watering, or fertilizing machines. Its compact size, versatile electronics, and durable construction make it a reliable solution for industrial and mobile automation.

The Electrak HD series of smart electromechanical actuators delivers high performance with advanced onboard electronics, eliminating the need for standalone control units. With power capacities up to 16 kN, they allow hydraulic systems to be converted to electric, improving efficiency and reducing maintenance. As a result, Electrak HD is ideal for demanding industrial and mobile applications.

Designed to meet stringent OEM environmental standards, including IP69K, these actuators are fully washdown-capable and perform reliably in harsh conditions. In addition, Electrak HD features onboard electronics, built-in SAE J1939 CAN bus or CANopen, overload protection, and electronic trip point calibration. They also include end-of-stroke, voltage, and current monitoring, dynamic and holding brakes, anti-rotation actuation, temperature monitoring and compensation, and an integrated manual override input. Compliance with CE, RoHS, and REACH ensures adherence to international standards, while flying lead cables and front/rear clevis options provide installation flexibility.

Electrak HD supports multiple electronics configurations, including monitoring systems, analog or digital position outputs, programmable limit switches, and CAN bus control with open-loop speed options. This versatility enables use across a wide range of applications, such as maintenance and repair operations, quick-attach systems, utility vehicles, roadwork and construction equipment, railroad systems, logistics operations, emergency and rescue vehicles, and switchgear.

The Thomson Electrak® XD represents the next generation of electric actuators, delivering hydraulic-level performance in a compact, efficient, and intelligent design. With dynamic loads up to 25,000 N and static loads up to 32,000 N, it handles demanding applications. Additionally, it offers stroke lengths up to 1,200 mm and speeds up to 75 mm/s. Moreover, designed for harsh and washdown environments, the Electrak XD provides extensive ingress protection (IP69K static, IP67 static, IP66 dynamic) and exceptional durability with up to 275,000 cycles of life.

Furthermore, key features include an internal load-holding brake, optional shock-load dampening, manual override for power failures, and continuous monitoring and diagnostics via onboard electronics. The actuator is also highly configurable, supporting low-level switching, CANopen®, and SAE J1939 bus systems. Options include low-level signal motor switching, position or force feedback, end-of-stroke indication, programmable end-of-stroke limits, and open-loop speed control with diagnostics and overload protection.

The Electrak XD is ideal for a wide range of applications such as automated guided vehicles, logistics trains, boarding stairs and work platforms, wheelchair lifts and handicap aids, agricultural vehicles, and general automation and assembly lines. Overall, by combining robust strength, precise control, and intelligent diagnostics, it excels in the most challenging and washdown-prone environments.

The Thomson Max Jac® is one of the most rugged and reliable linear actuators available, designed to deliver long-lasting performance in the harshest environments. Built with decades of experience in mobile off-highway and industrial applications, the Max Jac excels in situations where durability, precision, and minimal maintenance are critical.

Key Features and Benefits

• Long Life and Reliability – Engineered for years of consistent operation in demanding conditions.

• Compact Design with Stainless Steel Adapter – Fits into tight spaces without compromising strength.

• Up to 100% Duty Cycle Performance – Capable of continuous operation without overheating.

• Ideal for Pneumatic Conversions – Provides a dependable, electrically driven alternative to pneumatic systems.

• Maintenance-Free with High Corrosion Protection – Reduces downtime and service costs, even in harsh environments.

• Position Feedback Options – Non-contact analog or encoder options for precise control and monitoring.

• High Speed and Efficiency – Moves quickly and accurately while minimizing energy use.

• Minimal Backlash and Vibration Resistant – Ensures smooth, precise motion under load.

• Built for Extreme Temperatures – Operates reliably in both hot and cold conditions.

• Washdown Capable – Designed to withstand high-pressure water jets for clean, safe operation in washdown environments.

• Harsh Environment Ready – Handles dust, dirt, mud, sand, and other contaminants with ease.

Why Choose Max Jac?

Whether in industrial automation, mobile machinery, or off-highway equipment, the Max Jac delivers superior performance, precision, and durability. Its combination of rugged design, compact form factor, and advanced feedback options makes it a flexible solution for demanding applications, while reducing maintenance needs and maximizing uptime.