What information should I provide?

Provide drawings or CAD files, target quantities, material and finishing requirements, inspection needs, and delivery timing.

Which manufacturing process is suitable?

Process selection depends on geometry, material, quantities, and development objectives. Review these requirements before choosing a route.

Can you support early prototypes?

Prototype requirements can be discussed for appearance, form-and-fit evaluation, assembly development, or engineering testing.

How are material requirements handled?

Specify grade, condition, and documentation needs. Material and process suitability should be confirmed for the project.

How is inspection planned?

Agree the measurements, acceptance criteria, and reporting scope before manufacturing.

Can parts include finishing and assembly?

Review material compatibility, finishing expectations, interfaces, and assembly steps as part of the manufacturing plan.

How are special application requirements reviewed?

Identify relevant specifications, operating conditions, qualification requirements, and documentation at the outset. Example content does not establish approval for a particular application.

Industrial Equipments

Home

Industries

20⁺

Manufacturing experience of years

±0.005^mm

CNC Precision

15^{+ CMM}

Inspection Capacity

100⁺

Engineering & Design Veterans

Manufacturing Services for Industrial Equipment

CNC Machining

Precision housings, shafts, manifolds, mounts, fixtures, and wear parts for industrial and agricultural equipment.

CNC Machining Services

Sheet Metal Fabrication

Frames, guards, cabinets, panels, brackets, and welded assemblies for industrial equipment and machine systems.

Sheet Metal Fabrication Services

Metal Casting

Cast housings, covers, and structural components for complex geometries and suitable repeat-production applications.

Metal Casting Services

Injection Molding

Repeatable plastic housings, covers, handles, guards, and cable-management parts from pilot builds through production.

Injection Molding Services

3D Printing

Fast prototypes and fixtures for fit, access, assembly, and design validation before production processes are fixed.

3D Printing Services

Vacuum Casting

Low-volume polyurethane parts for fit, appearance, assembly, and functional validation before hard tooling.

Vacuum Casting Services

Industrial Equipment: Prototype to Production

Each stage addresses a different risk—from fit and service access to operating conditions, process stability, and repeat production.

Prototype

EVT

DVT

PVT

Production

Prototype Development

Build early parts to evaluate geometry, assembly, access, and basic mechanical layout before committing to production tooling or processes.

Concept & Geometry Validation: Check overall part geometry, mounting positions, clearances, interfaces, and equipment packaging.

Fit & Assembly Checks: Verify housings, brackets, shafts, fasteners, panels, guards, and mating components during physical assembly.

Material Evaluation: Compare candidate metals and engineering plastics for stiffness, weight, wear, corrosion resistance, and expected operating conditions.

Design Iteration: Update CAD based on assembly findings, interference, accessibility, and early mechanical testing.

Engineering Validation Test

Verify critical interfaces and functional requirements using representative parts before the design is frozen.

Critical Dimension Verification: Inspect bearing seats, shaft fits, mounting holes, datums, sealing interfaces, and other assembly-critical dimensions.

Functional Prototype Builds: Produce components for load, stiffness, movement, fastening, sealing, and mechanical integration evaluations.

Tolerance Stack-Up Review: Evaluate accumulated variation across frames, housings, shafts, brackets, panels, and mating assemblies.

Manufacturing Feedback: Adjust tolerances, wall thickness, radii, machining access, bend geometry, draft, and other process-dependent features.

Design Validation Test

Confirm that the equipment components meet intended form, fit, function, material, and environmental requirements before production preparation.

Form, Fit & Function Validation: Confirm final assembly compatibility, alignment, mechanical interfaces, fastening, and service access.

Material & Surface Evaluation: Assess wear, friction, corrosion resistance, coating requirements, and surface conditions on functional or exposed areas.

Operating-Environment Review: Review material and finish requirements for vibration, moisture, dust, temperature, outdoor exposure, and other application conditions before design release.

Final Design Release: Resolve remaining revisions and prepare production-intent CAD, drawings, tolerances, materials, and finishing specifications.

Production Validation Test

Validate tooling, fixtures, manufacturing processes, and inspection methods before repeat production or production ramp-up.

Tooling & Fixture Validation: Verify molds, machining fixtures, welding fixtures, assembly fixtures, gauges, and locating features.

Process Validation: Confirm machining, molding, casting, forming, welding, finishing, and assembly parameters required for repeatable production.

FAI & Inspection Planning: Define first-article checks, critical dimensions, datums, inspection frequency, and suitable measurement methods.

Pilot Production: Run an initial batch to identify manufacturing, assembly, finishing, inspection, or supply risks before production ramp-up.

Production & Service Support

Move approved components into controlled repeat production while maintaining revision, quality, delivery, and replacement-part requirements.

Batch Production: Support low-volume, bridge, and ongoing production for industrial machinery, automation systems, and agricultural equipment.

Revision Control: Maintain current CAD files, drawings, specifications, and approved engineering changes for repeat orders.

Quality Control: Apply first-article, in-process, and final inspection according to part function and project requirements.

Replacement & Service Parts: Support repeat orders and replacement components for equipment maintenance, upgrades, and legacy machinery where drawings or reference parts are available.

Custom Industrial Equipment Components

Manufactured to your drawings, material specifications, tolerances, quantity, and finishing requirements—from one-off prototypes to repeat production and replacement parts.

Get a Quote

Other Industries We Serve

Industrial Equipment Parts We Manufacture

Part Categories	Typical Industrial & Agricultural Equipment Components
Machine & Mechanical Components	Shafts, Bearing Housings, Bushings, Couplings, Gear Housings, Mounting Blocks, Machine Plates, Wear Parts
Pumps & Fluid-Handling Components	Pump Housings, Valve Bodies, Manifolds, Flanges, Fluid-System Brackets
Jigs, Fixtures & Tooling	Assembly Fixtures, Machining Fixtures, Inspection Fixtures, Gauges, Locating Plates
Housings & Control Enclosures	Equipment Housings, Electronic Enclosures, Control Cabinets, Covers, Panels
Frames, Brackets & Guards	Machine Frames, Structural Brackets, Mounting Plates, Guards, Support Structures
Conveying & Material-Handling Components	Conveyor Brackets, Guide Components, Mounting Plates, Supports, Equipment Covers
Automation Equipment Components	Sensor Mounts, Actuator Brackets, Motor Mounts, Machine Bases, Control Panels, Protective Covers
Agricultural & Heavy Equipment Components	Tractor and Implement Parts, Harvester Components, Heavy-Duty Mounts, Hydraulic-System Components, Protective Guards
MRO & Replacement Parts	Legacy Machine Parts, Wear Components, Replacement Brackets, Housings, Fixtures, and Service Parts

Materials & Manufacturing Processes

Select materials by load, wear, corrosion, temperature, operating environment, production quantity, and manufacturing process.

Material Category	Available Materials	Manufacturing Processes	Typical Industrial Applications
Aluminum	6061, 7075 and selected grades	CNC Machining; Sheet Metal Fabrication for suitable grades and conditions	Housings, brackets, machine plates, lightweight frames, automation components
Stainless steel	304, 316	CNC Machining, Sheet Metal Fabrication	Shafts, fluid-system parts, corrosion-resistant housings, brackets
Carbon & Alloy Steel	Carbon Steel, selected Alloy Steels	CNC Machining, Sheet Metal Fabrication	Shafts, high-load brackets, structural parts, wear components
Die-Casting Alloys	Aluminum, Zinc, Magnesium	Pressure Die Casting, CNC Post-Machining	Housings, covers, structural components, repeat-production metal parts
Titanium Alloys	Ti-6Al-4V / TC4	CNC Machining, Metal 3D Printing	Lightweight high-strength components and corrosion-resistant specialty parts
POM / Acetal	POM / Delrin	CNC Machining, Injection Molding	Bushings, guides, sliding parts, low-friction mechanical components
Nylon / PA	PA and selected reinforced grades	CNC Machining, 3D Printing, Injection Molding	Guides, housings, covers, brackets, functional plastic components
PC / ABS	PC, ABS, PC/ABS	CNC Machining, 3D Printing, Injection Molding	Equipment housings, control covers, protective components
High-Performance Plastics	PEEK and selected engineering grades	CNC Machining, Injection Molding	Heat-resistant, wear-resistant, insulating, and specialty mechanical parts
Elastomers	Silicone, TPU, PU; process-dependent	LSR / Silicone Molding, TPU 3D Printing, PU Vacuum Casting	Seals, protective elements, flexible covers, grips, vibration-isolation parts
Tool Steel	Selected grades by project	CNC Machining, Heat Treatment	Jigs, gauges, wear inserts, tooling components

Post-Processing for Industrial Equipment

Finishing should be planned around corrosion, wear, outdoor exposure, coating thickness, threads, sealing surfaces, and critical fits.

Process	Applicable Materials	Key Features	Typical Industrial Applications
Anodizing	Aluminum	Improves corrosion and wear resistance; Type II and Type III options available	Housings, brackets, machine plates, automation components
Passivation	Stainless Steel	Improves corrosion resistance without adding a dimensional coating	Shafts, fluid-system parts, housings, precision interfaces
Sand / Bead Blasting	Metals & Selected Plastics	Creates a uniform matte surface and reduces visible machining marks	Housings, covers, panels, visible machine components
Powder Coating	Metals	Durable protective coating with color options; outdoor-grade systems can be selected according to exposure requirements	Frames, guards, cabinets, enclosures, agricultural equipment
Painting	Metals & Plastics	Provides custom color and additional cosmetic or environmental protection	Covers, housings, panels, exterior equipment components
E-Coating	Steel & Selected Metals	Provides relatively uniform corrosion-resistant coating, including recessed and complex areas	Brackets, frames, structural components, corrosion-sensitive parts
Chromate Conversion Coating	Aluminum & Selected Alloys	Thin conversion layer for corrosion protection with limited dimensional impact	Housings, brackets, panels, electrical and mechanical components
Electroplating	Metals	Provides coating-dependent corrosion, wear, conductivity, or surface properties	Hardware, shafts, functional metal parts, service components
PVD Coating	Metals	Thin, hard coating for improved wear and corrosion resistance	Wear surfaces, precision components, specialty tooling
Polishing	Metals & Plastics	Reduces surface roughness and improves appearance or contact conditions	Shafts, sliding parts, visible surfaces, selected mating areas
Laser Marking	Metals & Plastics	Permanent serial numbers, part IDs, and traceability markings	Production identification, assembly tracking, replacement parts
Insert Installation	Metals & Plastics	Adds threaded inserts, fasteners, and assembly hardware	Housings, panels, brackets, covers
Heat Treatment	Metals	Adjusts hardness, strength, wear resistance, or dimensional stability	Shafts, wear parts, tooling, high-load mechanical components

Industrial Equipment Project Examples

Selected projects can be displayed here once case studies are completed and recommended.

What Our Customers Say

Charlie Ozana

Company: 445 LTDJob Title: CEOBusiness: Full turnkey company

Mastars in all my projects are partners. So I get all the support that I need from engineering management, pricing, timetable, QA, everything is as a partner, not as a supplier. For me, Masters is like home.

Nathan Johnson

Company: Gusto Global IndustriesJob Title: DirectorBusiness: Dust reduction system

They were such a lovely company to deal with, and we couldn't be more happier even to today down the track with even more products moving forward. Very professional, easy to deal with, get back to you straight away, contact is easy through WeChat and email, move forward as quickly as you can.

Oded Kalawanl

Company: Annabella Tech IsraelJob Title: R&D managerBusiness: Breast pump

We managed to make it in a very short time warm prototyping to mass production and FDA approval. That makes me feel confidence to choose Mastars.

Jade Harris

Company: Buddy SystemJob Title: Co-founderBusiness: Wireless instant safety alert device

We're glad that we found a company like Mastars to make the product for us because it's been so good to deal with. They're a really good company.

Dror Harel

Company: BlonessJob Title: General ManagerBusiness: L300, H200

I think the relationship between the buyers and definitely between me the Mastars it's like a family relationship and this is why we are so happy to produce in Mastars and this is why we came for 15 years. By the way, now we came with a new product that we come to Master to produce for the new year.

Why Choose Mastars?

Drawing-Based Review

Confirm dimensions, revision, and interfaces before manufacturing.

Process Selection

Compare manufacturing routes against design and quantity requirements.

Material Coordination

Discuss grade, condition, availability, and documentation needs.

Inspection Planning

Agree measurement scope and reporting before release.

Assembly Considerations

Review component relationships and installation requirements.

Project Communication

Align build feedback, changes, and next-stage planning.

Start Your Industrial Equipment Manufacturing Project

Share drawings and requirements to discuss materials, processes, inspection, and delivery planning.

Get a Quote

Industrial Equipment Manufacturing FAQs

What information should I provide?

Provide drawings or CAD files, target quantities, material and finishing requirements, inspection needs, and delivery timing.
Which manufacturing process is suitable?

Process selection depends on geometry, material, quantities, and development objectives. Review these requirements before choosing a route.
Can you support early prototypes?

Prototype requirements can be discussed for appearance, form-and-fit evaluation, assembly development, or engineering testing.
How are material requirements handled?

Specify grade, condition, and documentation needs. Material and process suitability should be confirmed for the project.
How is inspection planned?

Agree the measurements, acceptance criteria, and reporting scope before manufacturing.
Can parts include finishing and assembly?

Review material compatibility, finishing expectations, interfaces, and assembly steps as part of the manufacturing plan.
How are special application requirements reviewed?

Identify relevant specifications, operating conditions, qualification requirements, and documentation at the outset. Example content does not establish approval for a particular application.