Single Axis Robot Manufacturer | ZHEJIANG SIKETE TECHNOLOGY CO., LTD.
Created on 09.15
Single Axis Robot Manufacturer | ZHEJIANG SIKETE TECHNOLOGY CO., LTD.
ZHEJIANG SIKETE TECHNOLOGY CO., LTD. has been manufacturing precision linear motion hardware since 2011, and the company now ranks among the most dependable single-axis robot manufacturers serving automation builders worldwide. Every unit that leaves the Sikete factory floor is assembled from in-house machined aluminium profiles, hardened steel guide rails and carefully matched drive systems. Our single-axis robots, linear modules, linear actuators and Cartesian robot platforms run in packaging lines, electronics assembly cells, laser cutting machines and semiconductor tools across more than forty countries. Buyers who explore our ABOUT page quickly discover that factory-direct pricing and genuine engineering depth go hand in hand here. Because we control extrusion, CNC machining, assembly, testing and packing under one roof, we deliver consistent quality at a cost structure trading companies cannot match. This guide explains how our single-axis robot families differ, how to specify the right model, and how to obtain a factory-direct quotation within hours rather than weeks.
Our catalogue covers five core drive technologies: ball screw, belt driven, rack and pinion, linear motor, and electric cylinder designs. Each platform is available in standard strokes from 50 mm to 4000 mm, with payload capacities ranging from a few hundred grams to several hundred kilograms. Engineers can order a bare linear module, a fully integrated precision positioning system with servo motor and controller, or a complete multi-axis gantry assembled and tested before shipment. Popular configurations include XY tables, XYZ Cartesian robot frames, cantilever arms and rectangular gantries for palletising and pick-and-place duties. All models accept mainstream servo and stepper brands, so integration into existing control architectures stays simple. You can browse the full range on our PRODUCTS page or request a tailored recommendation from our application engineers.
Why Choose ZHEJIANG SIKETE Single Axis Robots
The first reason automation integrators return to Sikete is repeatability, because our ball screw single-axis robots hold positional accuracy of ±0.005 mm under realistic production loads. Machine builders who chase cycle time appreciate our belt driven and linear motor platforms, which reach speeds above 3000 mm/s without sacrificing smoothness. Rigid extruded aluminium housings, pre-loaded linear guides and precision-ground screws combine to suppress vibration, reduce noise and extend service life well beyond a million kilometres of travel. Every unit is offered with a choice of servo, stepper or integrated motor options, along with controllers and cabling that simplify commissioning on the shop floor. Custom stroke, mounting hole patterns, cable management routes and multi-axis combinations are all handled by our in-house engineering team rather than outsourced. These advantages translate directly into lower total cost of ownership for distributors, machine builders and end users alike.
Quality control is not an afterthought at Sikete, because raw aluminium billets, guide rails and ball screws are inspected before they ever reach the assembly bench. Each finished single-axis robot passes dimensional verification, backlash measurement, running-in, noise checks and a full-stroke load test before packing. Serial numbers link every module to its test record, which gives maintenance teams a reliable traceability trail years after installation. Lead times are short because standard models ship from stock, while custom OEM single axis robot builds typically complete within two to four weeks. Our after-sales engineers respond quickly by email, phone or WhatsApp and can supply replacement parts, drawings and commissioning support remotely. For a complete picture of our production capability, review the resources on our VIDEO page.
Product Categories of Single Axis Robots
Ball Screw Single Axis Robots
Ball screw single-axis robots are the workhorse of high-precision automation, converting motor rotation into extremely accurate linear travel through a recirculating ball nut. They deliver repeatability down to ±0.005 mm, excellent stiffness and strong thrust capacity, which makes them ideal for dispensing, inspection, soldering and press-fit operations. Typical strokes run from 50 mm to 1500 mm, with payloads up to 150 kg depending on screw diameter and lead. Because backlash is nearly eliminated by pre-loading, these modules hold accuracy even after millions of cycles in continuous production. They integrate cleanly with servo motors and closed-loop controllers for tight velocity and position control. Request a quotation today and our engineers will match a screw lead, stroke and motor to your exact duty cycle.
Belt Driven Single Axis Robots
Belt driven single-axis robots trade a little absolute accuracy for impressive speed and long travel, reaching 3000 mm/s and strokes beyond 4000 mm. The reinforced timing belt and precision pulley arrangement keep noise low and maintenance minimal, which suits high-throughput transfer, pick-and-place and packaging machinery. Repeatability of ±0.05 mm is more than sufficient for most conveyor synchronisation, labelling and sorting tasks. Because the moving carriage is lightweight, acceleration is rapid and energy consumption stays modest compared with heavier drive types. These modules are the most cost-effective option when throughput matters more than micron-level precision. Send an inquiry and we will recommend the belt pitch, pulley ratio and motor sizing for your line speed.
Rack and Pinion Single Axis Robots
When loads grow heavy and travel becomes very long, rack and pinion single-axis robots become the practical engineering answer. Hardened helical racks, precision reducers and rigid steel or aluminium beams allow strokes of six metres or more without the whip problems that affect long ball screws. These units commonly form the X axis of gantry systems, automated storage retrieval machines, welding cells and heavy material handling portals. Load capacity frequently exceeds 500 kg, and with dual-rail support the structure stays stable under offset forces. Service life is long because the drive interface is mechanically simple and easy to lubricate. Ask for a quotation and our team will design the beam, rack module and gearbox combination around your gantry layout.
Linear Motor Single Axis Robots
Linear motor single-axis robots remove mechanical transmission entirely, using direct electromagnetic drive to achieve accelerations above 5 g and repeatability better than ±0.001 mm. With no belts, screws or gearboxes, there is no backlash, no wear debris and virtually no maintenance, which makes these modules ideal for cleanroom, semiconductor and optical assembly environments. Velocity ripple is extremely low, so coating, dispensing and inspection processes become noticeably more uniform. Although the initial investment is higher, the combination of speed, accuracy and uptime often shortens payback dramatically on high-value production lines. Our engineers help select the magnet track, ironless or iron-core forcer and matched drive amplifier. Contact us to discuss whether a linear motor platform fits your precision and cleanliness requirements.
Electric Cylinders
Electric cylinders replace pneumatic actuators with a compact, programmable pushing or lifting motion that is quiet, energy-efficient and precisely controllable. They are widely used for press-fit operations, clamping, valve actuation, lifting fixtures and laboratory positioning tasks where air supply is impractical. Available thrust ranges start around 100 N and extend into several kilonewtons, with strokes tailored to your fixture geometry. Because force, speed and position are all programmable, one cylinder can replace several pneumatic variants and reduce spare-part inventory. Built-in overload protection prevents damage when a workpiece jams, which lowers downtime and repair cost. Our selection guide helps you match thrust, stroke and motor type; simply send your requirements to receive a same-day recommendation.
Featured and Best-Selling Single Axis Robots
Our best-selling families include the PSH, PSS, PSC, PSM, SK, PBS, PBC, SHS, PPB and SKR series, each targeting a distinct balance of precision, speed and cost. The PSH and PSS ball screw modules dominate electronics assembly and dispensing applications thanks to repeatability of ±0.005 mm and rigid steel guide rails. PSC and PSM belt driven units are the first choice for packaging and logistics machinery that demand long stroke and rapid cycle times. The SKR series linear modules and PBS/PBC ball screw stages cover heavy-duty handling and lifting duties, while the SHS range serves semiconductor and cleanroom environments. Detailed repeatability, screw lead and stroke data for each series is published on our Key Products page. Comparing models side by side makes selection straightforward: list your payload, stroke, speed and precision target, then request a quotation for the two or three candidates that fit best. Adding a unit to your inquiry list takes seconds, and our sales engineers reply with pricing, drawings and lead time in one consolidated response.
Applications and Industries Served by Our Linear Modules
Packaging and palletising remain the largest application field, where belt driven and rack and pinion single-axis robots power case erectors, cartoners, labellers and layer-forming gantries. In automated assembly and dispensing, ball screw modules position nozzles and grippers with micron-level accuracy at cycle rates that keep takt time under target. Material handling and transfer systems rely on our long-stroke linear actuators to move trays, wafers and heavy fixtures smoothly between stations. Laser cutting and welding machines use rigid Cartesian robot frames to hold focus distance constant while travelling at high feed rates. Semiconductor and electronics manufacturers select linear motor and cleanroom-ready modules where particle generation must stay near zero. Medical and laboratory automation customers value quiet, repeatable electric cylinders and compact precision positioning systems for sample handling and diagnostic instruments. Application stories illustrating these deployments are collected on our Application Case page.
How to Choose the Right Single Axis Robot
Start by defining the working envelope: payload mass including tooling, required stroke plus safety over-travel, maximum speed, acceleration and the positional accuracy the process genuinely needs. Next, choose the drive type, because ball screw suits precision and thrust, belt suits speed and long travel, rack and pinion suits heavy gantry loads, and linear motors suit extreme dynamics and cleanliness. Then specify the motor and controller combination, deciding between servo for closed-loop accuracy, stepper for cost-sensitive duties, or an integrated unit that simplifies wiring. Consider the operating environment, since dust, coolant mist, high humidity or vacuum conditions influence sealing, lubrication and material choices. Think about noise limits, maintenance intervals and whether the module will run continuously or intermittently. Finally, request a sample test and a factory-direct quotation so you can validate real performance before committing to volume production. If any step feels unclear, our engineers will walk you through the trade-offs on a short call.
Customization and OEM/ODM Service
Customization at Sikete begins with stroke, speed, load and mounting interface, but it rarely ends there. We machine special mounting holes, add protective bellows or covers, route and terminate cables to your specification, and fit limit switches, encoders or brakes exactly where your machine needs them. Multi-axis systems such as XY tables, XYZ Cartesian robot frames, cantilever arms and rectangular gantries are assembled, aligned and tested as a complete unit before shipping. Private-label programs cover laser-etched branding, custom packaging, translated manuals and branded documentation for distributors building their own catalogue. Engineering support runs from concept sketches and CAD models through prototyping and pre-production validation, with DFM feedback at every stage. Because OEM single axis robot projects are handled by the same team that builds standard modules, you gain flexibility without paying a premium for complexity. Share your drawings or sample today and we will return a feasibility assessment together with indicative pricing.
Quality Assurance and Factory Advantage
Our factory combines aluminium extrusion presses, CNC machining centres, precision grinding equipment, anodising lines and temperature-controlled assembly bays in one integrated facility. Incoming material inspection verifies rail straightness, screw lead accuracy, hardness and extrusion tolerance before any part is released to the line. Assembly technicians measure running parallelism, backlash and starting torque, then run every module through a full-stroke life test under load. Noise, vibration and temperature rise are recorded, and any deviation triggers rework before packing. Finished goods ship with test certificates, dimensional reports and a warranty that covers manufacturing defects. Buyers planning a visit can review company news and exhibition schedules on our NEWS page, or reach the sales team directly through CONTACT. Samples typically leave within days, and mass production lead times stay short because standard parts are held in stock.
Customer Reviews and Case Studies
Automation integrators frequently highlight the repeatability of our ball screw modules after retrofitting them into existing dispensing cells. One packaging machine builder replaced imported belt modules with our PSC series and reported a fifteen percent increase in throughput with lower noise on the line. A laser cutting OEM standardised on our rack and pinion gantries across three machine sizes, simplifying spare-parts management and cutting assembly time. In electronics assembly, a customer running twenty-four-hour production measured stable accuracy after eighteen months of continuous operation without guide replacement. Medical device manufacturers value the clean operation and quiet motion of our electric cylinders in laboratory instruments. Several distributors have launched private-label linear module ranges using our OEM service and now serve their own regional markets with local branding. Read more verified feedback and the full case library on our HOME page, then tell us your application so we can match a proven configuration to it.
Frequently Asked Questions (FAQ)
What is a single axis robot used for?
A single axis robot performs linear motion along one direction, so it is used wherever a tool, gripper or workpiece must be positioned precisely and repeatably. Common duties include dispensing, pick-and-place, soldering, inspection, packaging, laser processing and press-fit assembly. Because the motion is programmable, one module can replace several pneumatic cylinders and reduce changeover time. Most factories start with a single-axis unit and later build it into an XY or XYZ Cartesian robot frame as production grows.
Can you customize the stroke, load and speed of a single axis robot?
Yes, customization is one of the main reasons customers choose ZHEJIANG SIKETE TECHNOLOGY CO., LTD. as their single-axis robot manufacturer. We adjust stroke length, screw lead or belt pitch, rail size, motor power and structural reinforcement to meet your payload and cycle-time targets. Mounting hole patterns, cable routing, bellows and brake options are also configurable. Simply provide your load, stroke, speed and accuracy figures and our engineers will propose the most cost-effective build.
What is the typical lead time for a single axis robot order?
Standard models held in stock usually ship within three to seven working days after payment confirmation. Custom stroke, special mounting or multi-axis builds generally require two to four weeks depending on complexity and quantity. Sample orders are prioritised so you can validate performance quickly before committing to volume. We confirm the exact schedule in writing with every quotation.
Do you provide OEM and ODM services for single axis robots?
We operate a full OEM/ODM program covering private label branding, custom colour anodising, bespoke packaging, translated manuals and branded documentation. ODM projects go further, with our engineering team helping define the mechanical layout, motor selection and controller configuration from concept onwards. Distributors and machine builders use this service to launch their own product lines without investing in a factory. Tooling and drawing ownership terms are agreed in writing before production begins.
How do I select the right motor and controller for my single axis robot?
Motor choice depends mainly on required thrust, speed, duty cycle and whether closed-loop control is needed. Servo motors suit high dynamics and precise positioning, stepper motors suit cost-sensitive moderate loads, and integrated motors simplify wiring in compact machines. Controllers must match the motor, encoder type and communication protocol used by your PLC or motion card. Our engineers supply matched motor, drive and cable sets so commissioning takes hours instead of days.
Which drive type is best: ball screw, belt, rack and pinion, or linear motor?
Ball screw modules offer the best accuracy-to-cost ratio for strokes up to about 1500 mm and are ideal for dispensing, inspection and press work. Belt driven units win when long stroke and high speed matter more than micron accuracy. Rack and pinion systems handle very long travel and heavy gantry loads, while linear motors deliver extreme acceleration, cleanliness and repeatability at a higher price. Choosing among them is a trade-off between speed, precision, load and budget, and we help you quantify it.
What after-sales support does ZHEJIANG SIKETE TECHNOLOGY CO., LTD. provide?
Every single axis robot ships with a warranty covering manufacturing defects, plus test certificates and dimensional reports for traceability. Our support engineers answer questions by email, phone and WhatsApp, and can guide commissioning remotely using video calls. Replacement parts such as belts, screws, carriages and seals are stocked for fast dispatch. On-site service can be arranged for larger multi-axis projects through our regional partners.
Are your single axis robots suitable for cleanroom and semiconductor applications?
Yes, our linear motor and selected ball screw modules are prepared for cleanroom use with low-outgassing lubrication, sealed guide rails and optional vacuum-compatible components. These units minimise particle generation and run quietly, which suits wafer handling, optical inspection and laboratory automation. We can supply documentation covering materials, lubricants and surface treatments for your cleanroom classification. Custom sealing and stainless-steel hardware options are available on request.
How do I get a factory-direct quotation for a single axis robot?
Send us the model or drive type you are interested in, along with stroke, load, speed, repeatability target and quantity. If you are unsure which series fits, describe the application and our engineers will recommend two or three candidates with a comparison table. We reply with pricing, drawings, lead time and shipping options in one consolidated quotation. Contact us today and take advantage of direct factory pricing, flexible customization and dependable global delivery.
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