Single Axis Actuator - High Precision Ball Screw Linear Module
Created on 09.07
Single Axis Actuator - High Precision Ball Screw Linear Module
Publication Date: Updated for 2025 procurement season | Author: SIKETE Technical Team | Source: ZHEJIANG SIKETE TECHNOLOGY CO., LTD. | Topics: Linear Motion, Automation, Actuators
Overview of SIKETE's Single Axis Actuator Series
In modern manufacturing environments, accurate and repeatable movement is the backbone of productivity, and a single axis actuator serves as the fundamental building block for countless automated systems. ZHEJIANG SIKETE TECHNOLOGY CO., LTD. designs and manufactures a refined line of single axis actuators that integrate a precision ball screw into a compact extruded aluminum housing, delivering smooth, low-backlash linear motion in a plug-and-play package. Each unit is engineered with a rigid base profile, preloaded linear guide rails, and a high-grade ball screw drive, ensuring consistent performance even under demanding duty cycles. Because the complete linear module arrives with matched components already aligned and tested, machine builders can dramatically reduce assembly time and avoid the hidden costs of integrating mismatched parts. Whether you are constructing a pick-and-place station, an inspection system, or a packaging line, the modular architecture of SIKETE's single axis actuator simplifies mechanical design while preserving the flexibility to tune stroke, motor coupling, and control feedback to your exact application.
The actuator body itself is machined from high-strength aluminum alloy and then anodized to resist corrosion and wear, which is a practical advantage in factories where dust, moisture, and temperature fluctuations are unavoidable. Inside the housing, the ball screw is supported by angular contact bearings on both ends, minimizing axial deflection and preserving positional accuracy over long operating runs. Furthermore, the integrated guide rails are manufactured to exacting flatness tolerances, allowing the carriage to glide with minimal friction and exceptional straightness. This construction approach directly supports a high throughput environment because each single axis actuator can handle substantial payloads while still delivering the micro-level repeatability required for precision automation. Additionally, SIKETE provides multiple lead options for the screw, so you can balance speed against resolution, selecting a fine lead for high-accuracy positioning or a coarser lead for rapid transfer applications. Given this flexibility and the affordable pricing strategy, the single axis actuator from SIKETE is an excellent starting point for engineers who want a dependable linear motion system without costly custom fabrication.
Key Features and Product Summary
At the heart of the SIKETE offering is the single axis actuator that unites an integrated ball screw, a compact carriage, and a rigid base into one ready-to-mount unit. The manufacturer, ZHEJIANG SIKETE TECHNOLOGY CO., LTD., has released several model series, each tailored to different load and travel requirements, and all of them share a set of core attributes that engineers value. Compact design is immediately noticeable, as the overall height and width have been minimized, which matters greatly when you are trying to fit motion into crowded machine frames or retrofitting existing equipment lines. High rigidity comes from the combination of the reinforced aluminum profile and the dual rail support, ensuring the carriage resists moment loads without introducing play or vibration during acceleration. Easy installation is another hallmark of the product because the base profile features standard T-slots and mounting holes on both the base and carriage, enabling quick attachment to brackets, tables, and tooling plates.
Every SIKETE single axis actuator leaves the factory with a protective grease coating on the screw and rails, and the optional bellows cover further shields the internal components from debris and coolant splash. The carriage top plate is precision-machined with tapped holes, so customers can directly bolt on a gripper, a camera, a sensor bracket, or a small worktable without needing an adapter plate. Depending on the selected model, the linear module can incorporate a ground or rolled ball screw, with choices of metric leads and either NEMA or servo motor mounting flanges to suit different control systems. For applications that need feedback to a motion controller, the actuator can be supplied with an optional encoder mount, enabling closed-loop positioning for critical processes. All items are inspected at the end of the production line, and quality records are maintained, which gives purchasing teams confidence that each unit conforms to published specifications. In summary, the product is a mature, proven linear motion component supported by an experienced automation manufacturer.
Advantages of Choosing a SIKETE Single Axis Actuator
Exceptional Durability for Continuous Operation
Durability is arguably the strongest selling point of the SIKETE single axis actuator, as the structure is designed to survive millions of cycles with minimal wear on critical components. The ball screw and guide rails are manufactured from bearing-grade steel, hardened and precision-ground to resist brinelling and surface fatigue under cyclical loads. Seals and wipers are fitted to the carriage, preventing fine particles from entering the recirculating ball paths, which is a common cause of premature failure in cheaper linear modules. The aluminum base is also anodized and the end caps are treated, offering protection against the mildly corrosive environments found in many production facilities. By choosing such a ruggedly built linear module, your maintenance team will spend less time on component replacement and more hours on productive output, which translates directly into a lower total cost of ownership over the equipment's lifespan.
High Accuracy and Repeatable Positioning
Accurate positioning is non-negotiable in many automated processes, and the precision of the single axis actuator ensures that each cycle places the payload in the same location reliably. The preloaded nuts and properly adjusted bearing blocks eliminate axial backlash, so the carriage responds to the motor's command without a measurable delay or lost motion. Repeatability is a critical metric in this context, and SIKETE's ball screw linear module achieves consistent results that satisfy the requirements of common automation tasks such as dispensing, screwing, and vision inspection. As the actuator operates, the temperature of the screw gradually rises, yet the design includes adequate lubricant retention and low-friction materials, minimizing thermal growth that could shift the home position. The result is that your robot or machine keeps producing within tolerance for hour after hour, which protects product quality and reduces scrap rates for your factory.
Maintenance-Free and Quiet Operation
Routine maintenance is a hidden cost in many automation projects, but SIKETE has engineered the single axis actuator to run for extended periods with no lubrication service beyond an occasional inspection. The ball screw and rail bearings are sealed at the factory with a high-performance lithium grease, and the design prevents the lubricant from being flung outward during high-speed movement. Since there are no belts to retension and no hydraulic components to bleed, the only regular attention recommended is a quick visual check of the bellows and wiper seals during scheduled machine downtime. Additionally, the recirculating ball elements produce significantly less noise than a sliding contact system, which helps you create a more pleasant working environment for operators. For engineering firms that ship equipment worldwide, the maintenance-free nature of the actuator also simplifies after-sales support because remote customers do not need specialized skills to keep the machine running.
Flexible Customization and Motor Options
Because no two automation cells are identical, SIKETE offers extensive customization of the single axis actuator to match your stroke, speed, payload, and even environmental constraints. You can specify carriage length, sensor mounting positions, and cable management options, and the factory will deliver a tailored product that bolts into your machine without additional metalwork. Motor mounting can be adapted to accept a stepper, a brushless servo, or a geared motor depending on your torque and acceleration needs, and the actuator can be supplied with an output shaft or an optional brake for vertical applications. Moreover, customers who work in cleanroom or washdown environments can request special grease types and improved sealing arrangements, making the linear module suitable for semiconductor fabs and food handling lines. This level of flexibility is an advantage of working directly with a manufacturer, as you can communicate with the engineering team to resolve application challenges before you finalize your order.
How to Choose the Right Single Axis Actuator for Your Application
Selecting the correct single axis actuator begins with a careful analysis of your mechanical requirements, and it pays to be thorough during this planning phase because a wrong selection can cause redesign delays. Start by defining the total moving mass, which includes the carriage payload, any tooling, and the cables or hoses that will ride along and add dynamic load during acceleration. Next, determine the required stroke length, taking into account not only the distance your part travels but also clearance for end-of-travel shock absorbers and sensor tripdogs. After that, calculate the speed and cycle time to identify the necessary ball screw lead, and remember that a longer lead provides higher speed but demands more motor torque for the same linear thrust. You should also define the acceptable settling time and repeatability because a process such as precision dispensing needs a fine-lead screw, while rapid part transfer may tolerate a coarser movement with faster positioning. Once you have compiled these parameters, it is wise to compute the moment loads applied to the carriage, because off-center forces reduce the effective load capacity and can induce velocity ripple if the module is undersized.
As you narrow down the actuator family, review the technical specification tables provided by SIKETE, comparing rated dynamic loads in both horizontal and vertical mounting orientations. If the actuator will be used in a vertical or inclined arrangement, be aware that the weight of the carriage and payload itself adds to the thrust requirement, and you may need an electric brake or a self-locking screw pitch to prevent the axis from dropping when power is removed. High-speed applications generate additional inertia forces, and you should verify that the guide rail length and the ball screw diameter are adequate to prevent whipping at the maximum rotational speed. Another suggestion is to over-specify slightly on stroke and load capacity, as this provides welcome headroom when you later modify tooling or add a heavier end effector to the system. Finally, do not overlook the importance of a reliable supplier, and when your design is ready you can send the detailed requirements to the SIKETE team; they will advise on model selection, provide a quotation, and suggest accessories such as shock absorbers, cable carriers, and home sensors. If you need inspiration or examples of similar systems, the Application Case library showcases how other clients integrated these actuator models.
Technical Specifications of SIKETE Ball Screw Linear Modules
The following table summarizes typical performance ranges available across the SIKETE single axis actuator families. Because the product line includes multiple frame sizes, please treat this as a representative guide and consult our engineering team for exact values for your chosen model.
Model Series | Frame Width (mm) | Available Stroke (mm) | Max Payload (Horizontal, kg) | Max Speed (mm/s) | Repeatability (mm) |
PSS (Light duty) | 45 - 60 | 50 - 600 | 5 - 15 | 500 | ±0.02 |
PSH / SK (Medium duty) | 80 - 100 | 100 - 1600 | 15 - 50 | 1000 | ±0.01 to ±0.02 |
PSC / PSM (Heavy duty) | 120 - 135 | 200 - 2000+ | 50 - 120 | 800 - 1500 | ±0.01 |
These figures reflect the performance of the precision ball screw drive versions, and the actual dynamic load ratings vary by the chosen screw diameter and the number of rail carriages. When reviewing the specifications, pay special attention to the permissible moment values in the roll, pitch, and yaw directions, since these directly influence how much overhang the carriage can tolerate. The complete selection of models, including the exact frame dimensional drawings and mounting patterns, is listed on our Key Products page for detailed reference.
Common Applications Across Modern Industries
The versatility of the single axis actuator makes it an extremely popular choice in factory automation, where it handles the linear transfer of parts, tools, and sensors with consistent precision. In the packaging industry, these linear modules are frequently deployed inside labeling machines and carton erectors, moving applicators and sealing heads along a smooth and reliable path. The electronics and semiconductor sectors rely on the smooth, vibration-free motion of ball screw linear modules for wafer handling, soldering stations, and PCB test fixtures, where a fragile board must be transported quickly yet gently. Automotive assembly lines also benefit from these actuators, using them to position welding guns, apply sealant beads, and feed fasteners at an elevated throughput rate. Beyond discrete manufacturing, the single axis actuator appears in laboratory equipment, medical device makers, 3D printers, and CNC machine auxiliary axes, demonstrating that accurate linear motion is a universal requirement across countless disciplines.
Machine builders frequently mount two or more single axis actuators together to form an XY cartesian robot, which can then execute complex movement patterns by coordinating each axis through a common controller. In a pick-and-place application, the X-axis actuator positions the gantry over the pickup location while the Y-axis moves the carriage to the placement target, and the high repeatability ensures that parts are set down in exactly the right spot. Vision inspection systems also use a single axis actuator to index parts beneath a camera in precise steps, taking images at each position to identify defects or verify label orientation. The compact footprint of the actuator is especially valuable in retrofits where engineers convert a manual workstation into an automated one without buying a large robotic cell. If you would like to see more details about these setups, the PRODUCTS overview demonstrates the breadth of automation options available from SIKETE.
Why Choose ZHEJIANG SIKETE TECHNOLOGY CO., LTD.
ZHEJIANG SIKETE TECHNOLOGY CO., LTD. has been a dedicated linear motion manufacturer since 2011, accumulating more than a decade of engineering experience and production know-how that directly benefits every single axis actuator we ship. The company operates a modern production facility with CNC machining centers, precision grinding equipment, and a full assembly workshop, allowing us to control quality at every stage rather than relying on third-party subcontractors. Our quality management system is certified to ISO9001, and incoming materials are inspected and traced, which gives buyers confidence that our linear modules meet a consistent standard around the globe. Beyond the certification, the engineering and R&D team continuously improves the diaphragm of the actuator, optimizing the profile shape and screw support geometry in response to customer feedback and field data. Because of this focused development, we can offer competitive pricing without compromising the performance that automation projects demand, and the pricing structure is especially attractive for volume purchasers who are building machines in production quantities.
A major advantage of partnering with SIKETE is the after-sales support structure, which includes responsive technical consultation before the order and prompt assistance after delivery. Our sales engineers are available to help you interpret load charts, select the correct motor coupler, and troubleshoot any installation questions, no matter where your facility is located. The company also preserves a fabrication facility for custom strokes and modified profiles, so you do not have to settle for a standard product that almost fits your machine. Whether you are evaluating a few units for prototype development and then want to scale up to hundreds of modules per year, the SIKETE team can scale along with you while keeping lead times predictable. To learn more about our fourteen years of growth and the milestones that shaped our company, the ABOUT section explains our mission and manufacturing philosophy in greater depth. We are deeply invested in building long-term relationships, and many of our clients have ordered repeatedly based on the reliability of both the actuator hardware and the supply process.
Related Products and Technical Resources
Beyond the single axis actuator, SIKETE offers a comprehensive range of linear motion components, and customers often combine these product families to design complete automation solutions. You can explore additional actuator configurations, including belt-driven modules for very high-speed, long-stroke applications, and multi-axis gantry systems that are pre-assembled to reduce structural engineering work at your site. For engineers who prefer to specify and source each component individually, the company also supplies servo motors, stepper motors, and controllers that are compatible with the single axis actuator mounting patterns. This one-stop-shop approach simplifies your supply chain because you receive matched components that are known to work together, eliminating the compatibility testing that is frequently required when blending a new actuator with a third-party motor. Our HOME page gives a general overview of the product range and the industries we serve, making it a fast starting point for new visitors.
If you prefer to see the hardware in motion, the VIDEO resource library contains demonstrations of the linear modules running at speed, showrooms touring the factory, and explanations of the R&D capabilities of the company. To stay current with trade shows, new product introductions, and company announcements, visitors are encouraged to look at the NEWS section, which periodically highlights achievements and event participation. There is also practical guidance on mountings, lubrication intervals, and troubleshooting tips in the technical documentation that accompanies each order, so you will not be left guessing once the actuator reaches your loading dock. By reviewing these company resources, you can gain further confidence that the actuator will perform as expected, and you will have a clear understanding of how to install it properly in your equipment.
Call to Action: Contact SIKETE for a Quote Today
When you are ready to integrate the SIKETE single axis actuator into your next machine, the fastest path forward is to contact our sales team with your application details and target specifications. Include your required stroke, the approximate moving mass, duty cycle, and desired speed, and our engineers will respond with a model recommendation, a technical drawing, and a competitive quotation for your review. We understand that procurement decisions also depend on lead time, so we will clearly state the production schedule for your selected quantity and offer sample delivery options when you need a unit quickly for evaluation. Since SIKETE manufactures in our own plant, you can verify quality firsthand through pre-shipment videos and dimensional inspection reports, reducing the risk traditionally associated with overseas sourcing. To get started, simply fill out the inquiry form on the CONTACT page, and a dedicated account manager will handle your request within one business day. Reach out today and discover how a precision ball screw linear module from ZHEJIANG SIKETE TECHNOLOGY CO., LTD. can elevate the performance of your automated systems.
Frequently Asked Questions (FAQ)
What is a single axis actuator and what does it do?
A single axis actuator is a self-contained linear motion device that moves a carriage in one direction along a rigid base, converting rotational motor power into precise linear displacement. Inside the SIKETE version, a ball screw transfers the rotation to the nut attached to the carriage, which then slides on guide rails, providing straight, stable, repeatable movement. They are used in any automated machine that requires a component to push, pull, lift, or position an object along a single track. A single axis actuator essentially turns a simple rotating motor into a precise positioning system that an automation controller can command.
What is the difference between a belt-driven and a ball screw single axis actuator?
A ball screw single axis actuator uses a threaded screw and recirculating ball bearings, which gives higher thrust capability, better accuracy, and greater stiffness than a belt-driven module of the same size. The belt-driven version is typically faster and less expensive, but it suffers from backlash and belt stretching, making it less suitable for precise positioning. If your application demands high repeatability and the ability to hold a load in a vertical orientation, SIKETE's ball screw linear module is normally a superior choice. For very long travel or extremely high-speed transfer, the belt option may be considered, but precision-focused users prefer the screw actuator.
How much weight can a SIKETE single axis actuator carry?
The payload capacity depends on the frame size, the travel length, the orientation, and the acceleration forces applied to the load, so a definitive number requires reviewing the specifications of the final model. Small light-duty frames might support around five to fifteen kilograms, while the heavy-duty series in the SIKETE range can handle well over one hundred kilograms in horizontal use. A vertically mounted actuator is limited by the screw's thrust capability, and dynamic loads during starting and stopping can reduce the rated static capacity. Our engineers calculate the effective capacity for your particular movement cycle to help guide model selection.
What speed can I achieve with a single axis actuator with ball screw?
The maximum linear speed is determined by the lead of the ball screw times the maximum rotational speed of the screw, which is itself limited by the critical speed of the shaft and the bearing support arrangement. A long, small-diameter screw rotates slower to prevent vibration and whipping, so systems with very long stroke typically run at lower maximum speeds. SIKETE offers different screw leads so that you can trade speed against resolution and thrust, and our larger frames allow greater diametric screws for a higher speed ceiling. Especially for long application strokes, the selection of the screw diameter and lead is critical to achieve the desired overall cycle time.
Can the single axis actuator be mounted vertically?
Yes, a SIKETE single axis actuator can be mounted in any orientation, including vertical, but a vertical arrangement imposes additional constraints on the product selection. The load weight adds directly to the thrust requirement because the motor must both move the mass and hold it when stationary, so a suitable brake should be specified on the motor or actuator. Since a vertical load can back-drive the screw when power is removed, a self-locking lead angle is sometimes chosen automatically when the screw diameter and lead are matched. Because this is a critical safety consideration, customers should always inform our engineers whenever the axis is planned for vertical service.
What is the typical repeatability of a SIKETE ball screw linear module?
Repeatability refers to the actuator's ability to return the carriage to the same commanded position in any direction, and SIKETE's ball screw linear module commonly achieves around ±0.01 to ±0.02 millimeters depending on the model. This high precision comes from the preloaded ball screw nut, the rigid rail system, and the stable overall construction that minimizes thermal distortion. Higher repeatability versions are possible with finer lead screws and more careful preload matching between the guide and the drive components. It is important to note that your control system and feedback encoder also play a role in the final position accuracy achieved at your machine.
Does the actuator require regular lubrication or maintenance?
SIKETE single axis actuators are grease-packed at the factory and are designed for a maintenance-free service life in many moderate-speed applications. Over time, the grease can lose its effectiveness, especially in high-speed, high-cycle, or dirty environments, so a periodic inspection and relubrication of the screw and guide rails is a sensible practice. Replenishing grease every several thousand hours is simple, as access ports are provided on the carriage, and the operation takes only a few minutes. The low-maintenance characteristic remains one of the most appealing advantages of the ball screw design compared to other transmission methods.
Can I get a custom stroke length for my application?
Yes, SIKETE manufactures single axis actuators with many standard stroke lengths but also offers a custom machining service to deliver the exact travel distance needed for your equipment. Since the company controls the extrusion profile, the carriage base, and the screw supply, shortening the base length is economically feasible, and even longer strokes can be accommodated without sacrificing rigidity. Custom strokes require a specification confirmation, and the price and lead time depend on how far the requested length departs from the standard sizes. This ability to customize ensures you never waste valuable machine space on an unnecessarily long axis frame.
What is the delivery lead time for a SIKETE actuator order?
Lead time for a single axis actuator varies according to the model series, the chosen stroke, and the order quantity, with typical production schedules ranging from ten to thirty days for standard units. Custom configurations that involve modified machining, special coatings, or increased production volumes may require additional time, which will be communicated clearly before you confirm the order. Since SIKETE manufactures in-house, buyers receive realistic and dependable quotes about when the goods will be ready for shipment, rather than unreliable estimates from distributors. For urgent prototype needs, ask about express handling and available expedited freight options.
How do I request a quote or ask a technical question?
The most efficient method is to complete the inquiry form located on the CONTACT page of the SIKETE website, submitting your application parameters, actuator size preference, and required quantity. Alternatively, you can contact sales representatives directly or prompt the online channel to reach a specialist, and the technical team is prepared to answer questions about load capacity, mounting and motor selection. Every query is supported by an application engineer who can interpret your sketches and help refine your specification. Providing the stroke, payload, speed, accuracy, and environmental conditions will deliver the fastest possible recommendation.
Contact
Leave your information and we will contact you.
Copyright ©️ 2022, NetEase Zhuyou(and its affiliates as applicable). All Rights Reserved.
Company
Company
Collections
Collections
About
About
Follow us
Follow us
Team&Conditions
Work With Us
Featured Products
News
All products
Shop
WhatsApp