Struggling to find a reliable precision manufacturing partner? You’re not alone. With so many factories out there, sifting through bold claims and technical jargon can feel overwhelming—especially when your project’s success is on the line. Choosing the right manufacturer means more than just quality parts; it’s about responsiveness, innovation, and peace of mind. Ready to discover the industry’s best? Read on to see how today’s top precision manufacturing factories stack up—and find your perfect match.

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Precision Manufacturing & Design, Inc. – Oklahoma Manufacturer

Product Details:
Precision Manufacturing Company provides contract manufacturing services including CNC machining, custom fabrication, assembly, sheet metal fabrication, and design engineering support for various industries.

Technical Parameters:
– Specializes in close-tolerance CNC machining
– Capabilities in sheet metal fabrication with advanced machinery
– Custom assembly and sub-assembly services
– Offers design and engineering support throughout product development

Application Scenarios:
– Aerospace component manufacturing
– Medical device fabrication
– Industrial machinery parts production
– Electronics enclosure and chassis fabrication

Pros:
– High precision and quality assurance for complex parts
– One-stop solution from prototyping to full-scale production
– Ability to handle diverse materials and custom specifications
– Support for engineering and design improvements

Cons:
– Potentially longer lead times for highly specialized or customized projects
– May have higher costs compared to mass-production overseas suppliers

Home | Precision Canada – Precision Design & Maufacturing

Product Details:
Precision Canada offers integrated manufacturing and production solutions including stainless steel fabrication, sheet metal processing, milling, rubber machining and shaping, heat press machines, CNC and laser cutting/engraving, water distillation and purification systems, printing and decals, upholstery and embroidery, paint and powder coating, classic vehicle restoration, truck accessories, boat manufacturing, powersports and marine equipment, and towing/hauling services.

Technical Parameters:
– Complete stainless steel solutions
– CNC and laser cutting & engraving
– Sheet metal processing and milling capabilities
– Distillation and water purification systems

Application Scenarios:
– Industrial and commercial manufacturing
– Custom vehicle and boat restoration
– Water system installations for purification/distillation
– Custom branding for companies (decals, signage, embroidery)

Pros:
– Wide range of integrated manufacturing services under one company
– Ability to handle custom and precision projects across different industries
– Offers both metal and non-metal fabrication (rubber, upholstery, print)

Cons:
– Limited specific technical specifications presented online
– Some service verticals redirect to partner or related company websites, making

What Is Precision Manufacturing? – Setco

Product Details:
Setco offers precision manufacturing services producing highly accurate and workable components using advanced CNC machining technologies, including CNC milling, multi-axis machining, Swiss machining, CNC turning, precision grinding, electrical discharge machining (EDM), and CNC laser machining.

Technical Parameters:
– Components produced to tight tolerances with high repeatability and minimal
– Utilizes various CNC machining processes (milling, turning, multi-axis, Swiss,
– Capable of manufacturing small, intricate parts with micro-level detail.
– Implements lean principles to minimize waste and maximize efficiency.

Application Scenarios:
– Prototyping detailed and precise components.
– Manufacturing automotive parts such as engine and chassis components.
– Producing medical components requiring micro-level detail.
– Creating aerospace and defense components that must be highly reliable and
– Miniaturization of electronic components in consumer electronics.

Pros:
– High accuracy and precision with tight tolerances and fewer defects.
– Efficient process with high repeatability and minimal human error.
– Cost savings on bulk orders through waste reduction and lean manufacturing.
– Ability to produce complex designs and intricate parts swiftly and reliably.

Cons:
– Precision manufacturing creates excess material due to its subtractive nature.
– Processes may require significant investment in advanced equipment and

Precision Manufacturing & tool design LLC

Product Details:
Precision Manufacturing & Tool, Inc. specializes in custom and production precision machining, CNC milling, CNC turning, and custom tooling for various industries, including aerospace, automotive, and medical devices.

Technical Parameters:
– CNC milling up to 50″ x 20″ x 25″ work envelope
– CNC turning up to 18″ diameter and 24″ length
– Works with materials including aluminum, stainless steel, titanium, and plastics
– Tight tolerances of ±0.0002″ routinely achieved

Application Scenarios:
– Production of aerospace components
– Manufacturing of precision automotive parts
– Medical device fabrication
– Prototype development and custom tooling

Pros:
– Ability to handle both prototype and high-volume production runs
– Expertise in working with a wide range of materials
– Consistent achievement of high-precision tolerances
– Custom solutions tailored to specific customer requirements

Cons:
– Limited maximum workpiece sizes based on CNC machine capacities
– Lead times may vary depending on project complexity and production volume

Precision Manufacturing – SpringerLink

Product Details:
Precision Manufacturing is a book providing an introduction to precision engineering for manufacturing, focusing on the design and performance of precision machinery, including machine tool elements, error sources, precision machining processes, sensors, metrology, actuators, and process planning.

Technical Parameters:
– Covers design and performance of precision machinery and machine tool elements
– Discusses precision machining processes and process models
– Explains the role of sensors for process monitoring and control
– Highlights the importance of metrology and measurement in manufacturing

Application Scenarios:
– Used by design, quality, and manufacturing engineers for understanding
– Reference for academic study in precision manufacturing and related engineering
– Guidance in developing or improving precision machine tools and processes
– Resource for exploring emerging fields such as nano-manufacturing

Pros:
– Comprehensive introduction to precision engineering and manufacturing concepts
– Emphasizes the critical role of measurement, metrology, and sensors in reducing
– Addresses both traditional and emerging manufacturing topics, such as
– Suitable for both experienced professionals and beginners in the field

Cons:
– Does not offer hands-on products or services but is limited to informational
– Some supplementary materials may require separate access or subscription

Precision Manufacturing: Custom Machined Products and Services …

Product Details:
Custom manufacturing solutions specializing in precision CAD design, CAM programming, and CNC milling services for complex and tough to machine parts.

Technical Parameters:
– Expert CAD design and programming for thousands of part types
– Experience with tough to machine materials
– High-quality CNC milling for accurate and precise machined products

Application Scenarios:
– Custom part manufacturing from concept to creation
– Projects requiring precision design and machining
– Industries needing tailored manufacturing for complex components

Pros:
– Tailored manufacturing solutions to client needs
– Expertise in handling challenging materials
– High level of precision and accuracy in machining

Cons:
– Limited information on specific material capabilities or machinery
– No clear indication of production volume capacity

Reader Precision Solutions expands manufacturing capabilities

Product Details:
Reader Precision Solutions provides advanced manufacturing services, including 5-axis machining, Swiss turning, and precision component fabrication for aerospace and defense industries.

Technical Parameters:
– Recently added Doosan DVF 5000 5-axis machining center
– In-house capabilities include CNC machining and Swiss turning
– Precision tolerances suitable for aerospace components

Application Scenarios:
– Production of complex aerospace parts
– Manufacturing precision components for defense applications
– Serving customers requiring high-tolerance, specialized machining

Pros:
– Enhanced manufacturing capabilities with 5-axis machining
– Ability to produce complex geometries and high-precision parts
– Improved efficiency and flexibility in production

Cons:
– Potential high investment and operational costs due to advanced equipment
– Specialized equipment may require skilled operators

Engineering And Manufacturing | Precision Design Engineering | Wareham

Product Details:
Precision Design Engineering specializes in designing and manufacturing custom automation solutions, including special purpose machines, material handling systems, jigs, fixtures, conveyors, industrial automation systems, and process equipment.

Technical Parameters:
– Custom-built to client specifications (design, speed, capacity, footprint)
– Integration with PLCs, sensors, and advanced automation controls
– Various materials used based on requirements (SS, MS, aluminium)
– Solutions offered for semi-automatic to fully automatic operations

Application Scenarios:
– Automating production lines in manufacturing industries
– Material transport and handling within factories and warehouses
– Assembly line integration for automotive, electronics, and FMCG sectors
– Process and testing automation for quality assurance applications

Pros:
– Tailor-made solutions addressing specific customer requirements
– Expertise in turnkey automation projects with end-to-end support
– Improved productivity, accuracy, and safety in industrial operations
– Use of high-quality materials ensuring durability and reliability

Cons:
– Custom solutions may lead to higher initial investment and lead times
– Product/service details and parameters are not always standardized, which may

Smart Manufacturing Systems – Progressive Machine & Design

Product Details:
Progressive Machine & Design (PMD) specializes in delivering smart manufacturing systems and automation solutions, offering services such as robotics integration, custom assembly systems, machine vision, material handling equipment, systems integration, test & inspection, and welding for a range of industries including life sciences, automotive, aerospace, alternative energy, consumer/industrial, and electronics/semiconductor sectors.

Technical Parameters:
– Robotics integration and automation capabilities
– Custom build-to-print and assembly systems
– Machine vision, test & inspection solutions
– Material handling and systems integration

Application Scenarios:
– Automated manufacturing in life sciences (e.g., pharmaceutical/medical device
– Automotive and transportation component assembly
– Aerospace and defense manufacturing processes
– Electronics and semiconductor production lines

Pros:
– Wide range of industry applications, offering flexibility
– Expertise in integrating robotics and complex automation technologies
– Custom solutions tailored to specific manufacturing needs
– Comprehensive support, including service and maintenance

Cons:
– No detailed technical specifications or product models provided publicly
– Custom solutions may require longer lead times due to engineering and design

7 Core Principles for Precision Manufacturing Efficiency

Product Details:
FM Machine provides precision manufacturing services including precision CNC machining, custom assemblies, prototypes, and reverse engineering of parts, tailored to industries requiring high-performance, reliable components.

Technical Parameters:
– Achieves tolerances as tight as .000050 inches
– Uses state-of-the-art equipment including CNC machines, CMMs, and laser cutting
– Handles diverse materials: aluminum, stainless steel, plastics, and composites

Application Scenarios:
– Aerospace: Lightweight and precise components
– Automotive: High-volume production of uniform, reliable parts
– Medical devices: Corrosion-resistant and high-precision components

Pros:
– Extremely high precision and tight tolerances down to .000050 inches
– Wide material compatibility for tailored solutions
– Strong focus on quality assurance and industry certifications
– Incorporation of lean and automated processes reduces waste and increases

Cons:
– Potentially higher costs due to investment in advanced technology and quality
– May have longer lead times for prototyping or when complex part verification is

Comparison Table

Company	Product Details	Pros	Cons	Website
Precision Manufacturing & Design, Inc. – Oklahoma Manufacturer	Precision Manufacturing Company provides contract manufacturing services	High precision and quality assurance for complex parts One-stop solution from	Potentially longer lead times for highly specialized or customized projects May	www.precmfg.com
Home	Precision Canada – Precision Design & Maufacturing	Precision Canada offers integrated manufacturing and production solutions	Wide range of integrated manufacturing services under one company Ability to	Limited specific technical specifications presented online Some service
What Is Precision Manufacturing? – Setco	Setco offers precision manufacturing services producing highly accurate and	High accuracy and precision with tight tolerances and fewer defects. Efficient	Precision manufacturing creates excess material due to its subtractive nature	www.setco.com
Precision Manufacturing & tool design LLC	Precision Manufacturing & Tool, Inc. specializes in custom and production	Ability to handle both prototype and high-volume production runs Expertise in	Limited maximum workpiece sizes based on CNC machine capacities Lead times may	precisionmfgtool.com
Precision Manufacturing – SpringerLink	Precision Manufacturing is a book providing an introduction to precision	Comprehensive introduction to precision engineering and manufacturing	Does not offer hands-on products or services but is limited to informational	link.springer.com
Precision Manufacturing: Custom Machined Products and Services …	Custom manufacturing solutions specializing in precision CAD design, CAM	Tailored manufacturing solutions to client needs Expertise in handling	Limited information on specific material capabilities or machinery No clear	manufactureprecision.com
Reader Precision Solutions expands manufacturing capabilities	Reader Precision Solutions provides advanced manufacturing services, including	Enhanced manufacturing capabilities with 5-axis machining Ability to produce	Potential high investment and operational costs due to advanced equipment Specia	www.aerospacemanufacturinganddesign.com
Engineering And Manufacturing	Precision Design Engineering	Wareham	Precision Design Engineering specializes in designing and manufacturing custom	Tailor-made solutions addressing specific customer requirements Expertise in
Smart Manufacturing Systems – Progressive Machine & Design	Progressive Machine & Design (PMD) specializes in delivering smart	Wide range of industry applications, offering flexibility Expertise in	No detailed technical specifications or product models provided publicly Custom	www.pmdautomation.com
7 Core Principles for Precision Manufacturing Efficiency	FM Machine provides precision manufacturing services including precision CNC	Extremely high precision and tight tolerances down to .000050 inches Wide	Potentially higher costs due to investment in advanced technology and quality	fmmachine.com

Frequently Asked Questions (FAQs)

What should I look for when evaluating a precision manufacturing factory?
Start by checking the factory’s certifications, technical capabilities, equipment, and quality control processes. Ask for relevant case studies or customer references. Evaluate their experience with your specific industry requirements and assess their ability to deliver consistent results.

How can I ensure the manufacturer maintains high-quality standards?
Request information about their quality assurance programs, such as ISO 9001 certification, and their inspection and testing procedures. Ask for sample parts or a facility tour to see their processes firsthand. Clear communication about your expectations also helps maintain quality.

What factors influence the cost when choosing a precision manufacturing supplier?
Key factors include the complexity of your design, choice of materials, production volume, and any special finishing or tolerance requirements. Location, lead times, and shipping logistics can also significantly impact the overall cost.

How do I verify if a factory can handle my specific design needs?
Share your technical drawings and specifications and ask them to review feasibility. Experienced manufacturers should offer feedback or suggest improvements. Inquire about their experience with similar projects and whether they have the required machinery and expertise.

What is the typical lead time for precision manufacturing, and how can I minimize delays?
Lead times vary depending on complexity, order size, and factory workload but typically range from a few weeks to several months. To minimize delays, provide clear specifications, respond quickly to inquiries, and build a strong relationship with your supplier.