What types of automation components can you manufacture?

We manufacture structural components, enclosures, brackets, shafts, gears, fixtures, housings, and multi-component assemblies for all types of industrial automation systems.

What manufacturing processes are available?

CNC machining, sheet metal fabrication, die casting, injection molding, 3D printing, and surface finishing — all accessible through our platform.

Can you work from our existing automation designs?

Yes, upload your CAD files and we provide DFM feedback, quoting, and production. We support all major CAD formats.

What tolerances can you hold?

CNC machined components can be held to ±0.01mm tolerances. Specific capabilities depend on material, geometry, and process — confirmed during DFM review.

Do you offer assembly services for automation systems?

Yes, we provide sub-assembly and full assembly services including mechanical assembly, wiring, functional testing, and packaging.

What is the typical lead time?

Prototypes in 3-7 business days, production parts in 10-20 business days depending on complexity and quantity. Rush options are available.

Full-Cycle Precision Manufacturing Solution for Automation Industry

Cover full cycle from design adaptation to mass delivery
Achieve high-precision machining of automation components
Ensure high durability for long-term stable operation
Support reliable performance of automation equipment

Precision-manufactured components for industrial automation systems

15+Years in Business

600,000+Precision Automation Components

10,000+Automation Systems Supported

99.80%On-Time Project Delivery

ISO9001:2015 Certified

Trusted bynumerous companies

LS Manufacturing delivers over 600,000 precision automation components annually with 99.8% on-time reliability, providing certified, full-cycle manufacturing solutions through our integrated digital platform for robotics, motion control, and smart factory systems worldwide.

Full-Cycle Precision Manufacturing Partner for Automation Components

No decentralized procurement needed. Cover all categories of core automation equipment components, one-stop from design adaptation to mass delivery. Achieve high-precision processing & high-durability adaptation, helping reduce component adaptation costs by 25% and ensuring long-term stable operation of automation equipment.

Custom Precision Parts

Custom precision components for automation equipment core parts on demand, supporting high-precision machining, adapting to long-term stable operation needs of equipment, providing process optimization suggestions to avoid machining risks.

Semi-Standard Parts

Customize material and precision adjustments based on standard components, quickly match equipment adaptation needs, and balance customization with durability guarantee.

Standard Parts

Precision standard parts for automation equipment, covering core supporting categories, in-stock supply, ensuring stability and timeliness of equipment supporting.

Industrial automation robot arm with precision parts annotation

Phased Full-Cycle Component Guarantee

Our phased solutions precisely match each stage of automation projects (initial, middle, final), addressing challenges such as component adaptation and processing stability at different stages, to ensure the precision, durability of core components fully align with project requirements.

Design & Component Adaptation Support

In early automation projects, mismatched component materials & working conditions, vague custom specifications, and large cost estimation deviations may lead to subsequent equipment adaptation risks.

Engineer working with CAD design on computer for component adaptation

Expert Support

DFM Process Adaptation Optimization

Provide process improvement suggestions for component & equipment condition matching to enhance manufacturability

Material Selection Guidance

Recommend durable materials for extreme working conditions to avoid subsequent component wear risks

Precise Cost Accounting

Refined cost estimation based on component specifications to avoid overspending

Component Specification Calibration

Assist in clarifying precision/size requirements for custom components to reduce design ambiguity

Sourcing for the Automation Parts

LS Manufacturing Manufactures Industrial-Grade High-Durability Precision Parts

Focused on manufacturing automation core components adapted to extreme working conditions, we adopt a multi-process collaborative manufacturing system including 5-axis CNC machining, 3D printing, sheet metal processing, die casting, injection molding and surface treatment to achieve ±0.01mm micron-level tolerance control, covering EOAT (end-of-arm tooling), heavy-duty gears, precision shafts and integrated structural frames. More than 60 types of materials are available, including precipitation-hardened stainless steel, titanium alloy, high-temperature alloy, aluminum alloy, copper alloy and engineering plastics, to meet the long-term stable operation needs of equipment in harsh scenarios such as food machinery and wind power equipment.

Equipped with 12 advanced 5-axis CNC machining centers and a team of senior process engineers, we provide integrated services from DFM process simulation and material selection to CMM full inspection, adapting to various automation equipment such as standard/collaborative robots.

We ensure component durability and adaptability throughout the entire cycle from prototype verification to mass production, helping build highly reliable industrial automation systems.

Industrial robot arm with precision components

Expert Team Support

Expert team meeting discussing precision manufacturing solutions

Precision Manufacturing Expertise

With 5-axis CNC machining, multi-process collaborative manufacturing, and special material adaptation technology, combined with ISO9001 quality system and CMM full inspection capabilities, we provide high-precision parts with ±0.01mm tolerance for extreme working conditions, ensuring stable performance and precise specifications for each batch of components.

Full-Cycle Dedicated Project Support

Our senior engineering team provides customized solutions, procurement planning and risk prediction from DFM process simulation and material selection to mass production, ensuring full-link controllability of projects.

Digital Progress Real-Time Management

Through our independently developed supply chain management platform, we realize real-time tracking of file upload, quotation evaluation, order management and production nodes. The full-link traceability + abnormal early warning mechanism ensures projects proceed as planned.

Our Manufacturing Capabilities

CNC Machining

Covers CNC milling, turning & precision machining. Produce prototypes and end-use parts with precise, complex designs for harsh conditions.

Injection Molding

Offers plastic injection molding, rapid production tooling, overmolding & insert molding. No MOQ, with consistent, durable quality.

Sheet Metal Fabrication

Includes laser cutting, bending, welding, punching & riveting. Flexible production of high-rigidity, precise sheet metal parts.

3D Printing

Uses SLA, HP MJF, SLS, SLM technologies for functional prototyping & low-volume production in extreme environments, at competitive prices.

Extrusion

Specializes in aluminum profile extrusion. Provides high-quality, low-cost metal extrusions with various post-processing options for heavy loads.

Die Casting

Choose from Aluminum, Zinc, Magnesium, Copper. High-precision die cast parts for high-volume, high-load applications.

Vacuum Casting

Fast, cost-effective short-run plastic prototyping with soft tooling, a durable alternative to low-volume injection molding.

Wire EDM

High-precision wire electrical discharge machining for complex contours and tight tolerances in hardened metals and exotic alloys.

Case Study

Precision Manufacturing & Quality Control for Wind Turbine Gearbox Core Components

Challenge

A wind turbine equipment manufacturer needed core transmission components for MW-class gearboxes with tolerances ≤5μm, 30% improved corrosion resistance in salt spray environments, and a 20% reduction in delivery lead time.

Solution

We delivered an end-to-end solution:

5-axis CNC machining with vacuum nitriding from our 60+ surface finish options
Full-process CMM inspection + salt spray simulation testing for stable performance
Full-link supply chain visual management to optimize production scheduling

Result

The delivered components achieved stable tolerances of 3-4μm, 35% improved salt spray corrosion resistance, and a 22% reduction in delivery lead time. We maintained zero defects in 12 months of mass production, meeting the extreme working condition requirements of wind power equipment.

Food filling machine camshaft components

Wear-Resistant Coating & Precision Machining for Food Filling Machine Camshafts

Challenge

A food machinery company needed camshafts for high-speed filling lines, requiring surface hardness ≥60HRC, 40% longer wear life, compliance with food-grade hygiene standards, and no risk of lubricant residue.

Solution

We delivered a customized solution:

Special stainless steel material with laser cladding wear-resistant coating
Oil-free full-process machining + food-grade passivation to meet hygiene standards
Dynamic precision inspection to ensure cam profile error ≤2μm

Result

The delivered camshafts achieved surface hardness of 62-64HRC, 45% longer wear life, and food-grade hygiene certification. Equipment operating efficiency was increased by 18%, enabling stable operation of the customer's high-speed filling lines.

CNC machining parts for industrial automation

Precision machined automation components

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