Tolomatic Electric Rodless Linear Actuators: Precision & Performance

Optimize Motion with Tolomatic Electric Rodless Linear Actuators

Tolomatic’s Electric Rodless Linear Actuators deliver precision, efficiency, and versatility for a wide range of automation applications. Designed for high-performance motion control, these Tolomatic actuators offer space-saving designs, long stroke lengths, and customizable configurations to meet the needs of demanding industrial environments. Whether you require high-speed, high-load capabilities or precise positioning, Tolomatic’s rodless actuators provide the reliability and durability needed for material handling, packaging, assembly automation, and more.

With industry-leading engineering and innovative drive mechanisms—including screw-driven and belt-driven options—Tolomatic ensures seamless integration into your automated systems, reducing maintenance while enhancing productivity.

Key Features of Tolomatic Electric Rodless Linear Actuators

Tolomatic’s rodless linear actuators are designed to meet the most demanding motion control applications with superior performance, efficiency, and longevity. Whether for high-speed operations or precise positioning, these actuators provide unmatched reliability in industrial automation.

1. High Load Capacities

Tolomatic rodless actuators are built to handle loads of up to 1,290 lbs (586 kg), making them ideal for demanding applications that require heavy-duty motion control. This high load capacity ensures stability and strength, even under extreme operating conditions, reducing system failures and maintenance costs.

2. Space-Saving Rodless Design

Unlike traditional rod-style actuators, Tolomatic’s rodless actuators have a compact footprint that maximizes workspace efficiency. By integrating the motion mechanism within the actuator body, they allow for longer stroke lengths without requiring additional clearance, making them an excellent choice for space-constrained applications.

3. Multiple Drive Mechanisms

To accommodate different motion requirements, Tolomatic offers screw-driven and belt-driven actuator options. Screw-driven actuators provide high thrust force and precise positioning, making them suitable for applications requiring controlled and repeatable movements. Belt-driven actuators, on the other hand, offer higher speeds and longer stroke lengths, making them ideal for rapid positioning in high-throughput operations.

4. Versatile Bearing Systems

Tolomatic rodless actuators come with a variety of bearing options, including profiled rail, internal roller, and solid bearing systems. The profiled rail bearing system provides high rigidity and accuracy, perfect for applications requiring precise motion. The internal roller and solid bearing options offer additional flexibility, ensuring smooth operation and extended actuator lifespan, even in harsh environments.

5. Customizable Stroke Lengths & Configurations

With adjustable stroke lengths, these actuators can be tailored to specific application requirements, eliminating the need for unnecessary over-engineering. Additionally, multiple mounting options allow for easy integration into new or existing automation systems, making them a flexible solution for diverse industrial setups.

6. Low Maintenance & Long Service Life

Built with durability in mind, these actuators feature high-quality materials and precision-engineered components that minimize wear over time. With low lubrication requirements and maintenance-friendly designs, they help reduce downtime and operational costs, keeping your production line running smoothly.

Tolomatic’s electric rodless actuators offer high-performance motion control with efficiency, adaptability, and durability, making them a preferred choice for automation professionals.

Multiple Drive Mechanisms for Optimized Motion Control

Tolomatic offers two primary drive mechanisms for its electric rodless linear actuators—screw-driven and belt-driven systems. Each drive type is engineered to meet specific application needs, balancing precision, speed, and load capacity to optimize performance.

1. Screw-Driven Actuators: Precision & High Thrust

Screw-driven rodless actuators provide exceptional positioning accuracy and high thrust force, making them ideal for applications that require controlled, repeatable movement. These actuators use either ball screws or lead screws, which convert rotary motion into precise linear movement.

• Ball screw-driven actuators offer high efficiency, low backlash, and smooth motion, making them well-suited for applications demanding tight positioning tolerances, such as precision assembly and testing equipment.
• Lead screw-driven actuators provide self-locking capabilities, preventing movement when power is removed, which is beneficial for vertical lifting applications and load-holding scenarios.

These actuators are best suited for applications requiring high force, accurate motion, and repeatable positioning, such as automated inspection systems, robotic positioning, and material dispensing.

2. Belt-Driven Actuators: High-Speed & Long Stroke Lengths

Belt-driven rodless actuators are designed for applications where high-speed movement and extended travel distances are essential. These actuators use a reinforced timing belt system to achieve rapid positioning while maintaining accuracy and durability.

• Capable of reaching speeds up to 200 inches per second (5 m/s), making them ideal for high-throughput automation processes.
• Provide long stroke lengths, often exceeding those of screw-driven actuators, allowing for greater flexibility in large-scale automation systems.

These actuators are widely used in industries requiring fast cycle times and long-distance motion, such as packaging lines, conveyor systems, and material handling applications.

Choosing the Right Drive Mechanism

Selecting the best drive mechanism depends on speed, precision, and load requirements:

• If your application demands precise positioning and high thrust forces, a screw-driven actuator is the best choice.
• If high-speed movement and long travel distances are the priority, a belt-driven actuator will provide the best performance.

Both options offer proven durability, low maintenance, and reliable performance, ensuring that your automation system runs smoothly and efficiently.

Versatile Bearing Systems for Enhanced Performance

Tolomatic electric rodless linear actuators are designed with multiple bearing system options to accommodate a wide range of application needs. The choice of bearing system impacts the actuator’s load capacity, precision, durability, and operating smoothness, ensuring optimal performance in different environments.

1. Profiled Rail Bearing System: High Rigidity & Precision

The profiled rail bearing system is engineered for applications requiring high accuracy, rigidity, and smooth motion. This system uses precision-machined linear guides that provide:

• Superior load-bearing capabilities, supporting heavy forces and resisting bending moments.
• Reduced deflection, ensuring consistent, repeatable movement in high-precision automation tasks.
• Long-lasting durability, minimizing wear and extending service life even in demanding industrial settings.
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This system is ideal for applications such as robotic assembly, CNC machining, semiconductor manufacturing, and precision material handling, where stability and accuracy are critical.

2. Internal Roller Bearing System: High Load Capacity & Smooth Motion

Tolomatic’s internal roller bearing system is designed to handle high loads while maintaining low friction and smooth movement. The system uses hardened steel roller bearings that run along an internal track, providing:

• Exceptional load-handling capability, making it suitable for applications with significant force requirements.
• Consistent, fluid motion, reducing vibration and improving machine efficiency.
• Minimal maintenance, as the enclosed design protects the bearing from contaminants and debris.

This bearing type is well-suited for heavy-duty automation, packaging equipment, and industrial pick-and-place systems that require both strength and precision.

3. Solid Bearing System: Cost-Effective & Robust Design

For applications that require a cost-effective, durable solution, the solid bearing system provides reliable performance with minimal maintenance. This system features:

• Rugged, wear-resistant construction, ensuring a long operational life even in harsh conditions.
• Simplified design, reducing complexity and lowering the total cost of ownership.
• Effective resistance to contaminants, making it a great choice for environments with dust, dirt, or debris.

This system is commonly used in general automation, material transfer systems, and industrial machinery where high precision is not the primary requirement but durability is essential.

Selecting the Right Bearing System

The best bearing system depends on your application’s load, accuracy, and environmental conditions:

• If high precision and rigidity are required, the profiled rail system is ideal.
• If smooth motion under heavy loads is the priority, the internal roller system is the best choice.
• If cost-effectiveness and durability are most important, the solid bearing system provides a reliable solution.

Each bearing option is designed to enhance actuator performance, ensuring optimal efficiency and reliability in industrial automation applications.

Tolomatic electric rodless actuators are designed with flexibility in mind, offering a range of customizable stroke lengths and mounting configurations to fit diverse automation needs. This adaptability ensures seamless integration into both new and existing systems, allowing engineers to optimize motion control for their specific applications.

1. Custom Stroke Lengths for Precise Application Fit

Tolomatic actuators can be tailored with stroke lengths specific to your application requirements, eliminating the need for unnecessary over-engineering. Whether a short stroke for compact automation or an extended stroke for long-distance travel is needed, Tolomatic provides:

• Optimized system efficiency by reducing excess travel distance.
• Reduced mechanical wear, extending the actuator's service life.
• Improved design flexibility, allowing engineers to create efficient, space-saving layouts.

By choosing the right stroke length, companies can minimize material waste and overall equipment costs while ensuring optimal motion control.

2. Multiple Mounting & Configuration Options

To accommodate different automation setups, Tolomatic actuators are available in multiple mounting orientations and configurations, ensuring easy integration into existing production lines or new designs.

• Standard and custom mounting brackets allow for quick and secure installation.
• Various motor orientation options, including inline and reverse-parallel, provide greater design flexibility.
• End-mount, side-mount, and bottom-mount options ensure compatibility with different automation frameworks.
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These options help streamline the design process, reduce installation time, and enhance overall system performance.

Low Maintenance & Long Service Life

Tolomatic electric rodless actuators are built with durability and efficiency in mind, offering a low-maintenance solution for industrial automation. Designed with precision-engineered components and high-quality materials, these actuators minimize wear and ensure long-term reliability in demanding environments.

1. Durable Construction for Extended Lifespan

Every Tolomatic actuator is built to withstand continuous use in tough industrial conditions, featuring:

• High-strength materials that resist wear and deformation over time.
• Rugged internal components, ensuring consistent performance under heavy loads.
• Protective enclosures and seals that prevent dust, debris, and moisture from affecting operation.

This durability results in fewer breakdowns, reduced downtime, and a lower total cost of ownership.

2. Minimal Lubrication & Maintenance Requirements

Unlike traditional pneumatic or hydraulic actuators, Tolomatic’s electric rodless actuators require minimal lubrication and maintenance. The precision screw and belt-driven mechanisms operate with self-lubricating components, reducing the need for frequent service.

• Sealed bearing systems protect against contaminants, extending the life of the actuator.
• Low-friction components minimize wear, reducing the need for lubrication and adjustments.
• Fewer moving parts mean fewer failure points and a more reliable system overall.
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With their low-maintenance design and long service life, Tolomatic actuators help businesses maximize productivity, reduce operating costs, and improve equipment efficiency.

Enhance Your Automation with Tolomatic Electric Rodless Linear Actuators

Tolomatic’s electric rodless linear actuators are engineered to deliver precision, efficiency, and durability, making them the ideal choice for a wide range of industrial automation applications. With high load capacities, multiple drive mechanisms, versatile bearing options, and customizable stroke lengths, these actuators provide the flexibility needed to optimize performance and improve system efficiency.

Whether you require high-speed movement, precise positioning, or long-lasting durability, Tolomatic offers industry-leading motion control solutions designed to meet the demands of modern automation. Their low-maintenance design and rugged construction ensure reliable performance, reducing downtime and operational costs over time.

Ready to integrate high-performance rodless actuators into your system? Contact Scott Equipment Company today to speak with an engineering expert, request a custom quote, or explore how these advanced motion control solutions can transform your automation process.