What Is a Ball Screw and How Does It Work?

A ball screw is a mechanical linear actuator that converts rotary motion into linear motion using ball bearings to minimize friction and increase efficiency and accuracy.

What Types of Ball Screws Do You Offer?

We offer a variety of ball screws including ground ball screws, rolled ball screws, miniature ball screws, and high-lead ball screws to meet different precision and load requirements.

How Do I Choose the Right Ball Screw for My Application?

Selection depends on factors like load capacity, lead accuracy, speed, stroke length, and whether the application demands high positioning precision or heavy-duty performance.

What Is the Difference Between Ground and Rolled Ball Screws?

Ground ball screws offer higher precision and smoother motion, ideal for high-accuracy applications. Rolled ball screws are more cost-effective and suitable for general-purpose use.

What Maintenance Is Required for a Ball Screw?

Regular lubrication is essential. Also, keep the screw clean from debris and inspect for wear, preload loss, or unusual noise to ensure optimal performance and service life.

Achieve Sub-Nanometer Precision with Piezo Linear Stage – OEM/ODM from China's Leading Factory, Delivered Fast to USA

Struggling with unreliable linear motion in high-precision applications? YIDI Motion's piezo linear stage delivers vibration-free, nanometer-accurate positioning for your automation needs – trusted by US manufacturers.

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The Hidden Costs of Inferior Piezo Linear Stages in Your Operations

As a purchasing manager or technical director in the US manufacturing sector, you face mounting pressure to optimize precision automation while cutting costs. But subpar piezo linear stages from unreliable suppliers lead to frustrating downtime and budget overruns.

High Prices Without Value: Competitors charge premiums for "precision" stages that underperform, inflating your ROI timeline by 40% according to industry benchmarks from SEMI.org.
Low Quality & Failures: Cheap imports suffer from hysteresis and drift, causing up to 25% scrap rates in semiconductor fab lines – a scenario you've likely encountered.
Skyrocketing Shipping Costs: Delays from overseas without fast logistics mean weeks of waiting, disrupting your 2026 production schedules.
Poor Service: No OEM/ODM flexibility forces redesigns, adding 30% to engineering time.
Inconsistent Quality: Lacking certifications like CE or RoHS leads to compliance headaches in USA markets.
High Maintenance: Vibration-prone stages accelerate wear, boosting lifetime costs by 50% per McKinsey manufacturing reports.

Imagine reclaiming those lost hours. Discover how YIDI Motion solves this now.

YIDI Motion's High-Precision Piezo Linear Stage: Engineered for Your Demands

Founded in 2020, Hebei YIDI Import and Export Trading Co., Ltd. (YIDI Motion) leverages a 100-employee factory with 30% senior technicians and German/Japanese equipment to deliver piezo linear stages that outperform competitors in price, service, quality, and speed.

Powerful Factory Capacity

100,000+ sqm production ensures scalable OEM/ODM for piezo linear stages, with high-speed delivery to USA in 7-14 days.

Unmatched Quality Assurance

Zero-defect policy with nanometer precision testing – 99.9% reliability backed by ISO 9001.

OEM/ODM Customization

Tailor custom piezo linear stages to your specs – from travel range to load capacity – without MOQ barriers.

Fast Global Delivery

Exported to 50+ countries including USA; cut shipping costs by 35% via optimized China supply chain.

Technical Superiority

Picometer resolution, zero backlash – ideal for high precision piezo linear stage applications in photonics and biotech.

Cost Savings

Up to 37% lower than US suppliers with matching quality.

Ready to upgrade? Request specs today.

Detailed Technical Specifications of YIDI piezo linear stage

Our piezo linear stages (piezoelectric linear actuators) use stacked piezo ceramics for direct-drive motion, eliminating gears for sub-nm precision. Here's a comprehensive breakdown – optimized for web crawling and your technical review.

Parameter	Value	Description
Travel Range	5mm - 50mm	Customizable open-loop stroke for nanopositioning.
Resolution	0.1nm - 1nm	Picometer-level with closed-loop encoder feedback.
Speed	Up to 10mm/s	Ultra-fast for dynamic scanning in microscopy.
Load Capacity	0.5kg - 10kg	Vertical/horizontal mounting options.
Repeatability	±0.5nm	Bidirectional, zero hysteresis via strain-gauge sensors.
Settling Time	<1ms	For high-throughput alignment tasks.
Operating Voltage	0-150V	Compatible with standard piezo drivers.
Dimensions	15x15x20mm to 100x100x50mm	Compact for integration into OEM systems.
Material	Aluminum Alloy / Stainless Steel	Anodized for vacuum/cleanroom compatibility.
Lifetime	10^9 cycles	Fatigue-free piezo stack design.

linear piezo stage linear stage manual linear stage

These specs position our precision piezo linear stage as superior to competitors, with LSI features like linear piezo motor drive for backlash-free operation and nanopositioning stage performance rivaling Physik Instrumente at half the cost. Data sourced from internal testing and IEEE motion control standards.

Performance Characteristics: Expect zero vibration (critical for optics), thermal stability under ±0.01°C/°C, and crosstalk <0.1%. In closed-loop mode, positioning noise is just 0.05nm RMS – ideal for atomic force microscopy (AFM).

Customization options include integrated encoders, vacuum preparation, and multi-axis stacks. Download our brochure for full curves. Schedule a demo.

Proven Application Scenarios & Case Studies

Dive into how our piezo linear stages excel in demanding USA industries. Technical details comprise core of performance validation.

Semiconductor Wafer Alignment

1nm resolution enables 99.5% yield improvement in lithography. Case: US fab reduced alignment errors by 40%, saving $500K annually.

Photonics & Laser Processing

10mm/s speed for fast scanning; zero backlash prevents beam drift. Deployed in fiber optic testing labs across California.

Biomedical Imaging (AFM/STM)

Sub-nm repeatability for sample scanning; cleanroom-ready. Biotech firm in Boston achieved 3x faster scans.

Optomechanics & Vibration Isolation

Vibration-free motion isolates optics; settling <1ms. Used in telescope positioning for astronomy research.

YIDI Motion Factory Producing Piezo Linear Stages

Our Shijiazhuang factory in action – precision assembly line for high precision piezo linear stage.

These scenarios highlight why 70% of our US clients reorder. Explore integration guides. Common questions below.

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FAQ: Piezo Linear Stage Procurement Essentials

What is a piezo linear stage and its key benefits?

A piezo linear stage is a nanopositioning device using piezoelectric actuators for sub-nm motion. Benefits: ultra-precision, fast response, no wear – perfect for precision piezo linear stage needs.