Specialists in CNC Precision, Component Manufacturing and Repetition Engineering
Our Services
CNC Turning
Parish Engineering manufactures both simple and complex turned components for a wide variety of industries. To achieve this effectively we utilise the latest technologically advanced CNC lathes, capable of producing very high precision components. By always keeping up with the latest technology, Parish remains at the forefront in offering speed, accuracy and extremely competitive pricing.
Parish has found a niche, combining and specialising in the use of Swiss-style sliding headstock machines, to manufacture intricate, small and slender concentric- style components.
Our Engineers are able to work closely with our clients, to ensure finial function designs are achieved at the most economical outcome possible.
Supported Industries
Automotive
Hardware
Mining
Special Projects

5 Reasons to choose Parish Engineering
Over 80 years’ experience in precision machining of components on the latest technological CNC Mill Turn Machines. This experience supports complex machining work across a wide range of industries and component types.
Capacity to handle both high and low volume production batches from upwards of 1,000,000 down to one-off prototypes. Production capacity covers prototypes, repeat manufacturing and large production runs.
Our CNC Lathes machine up to 250mm diameter, with an automatic bar-loading capability up to 65mm diameter. While our CNC Machining Centre range is 1,000mm to 500mm. These machining capabilities support precise CNC machining in Melbourne for both small and large components.
Distributors of Threadmaster Ring and Plug Gauges (Screw Thread / Plain)
Reputation for high quality certified to AS9100D & ISO9001-2015 (unbroken since 1994). Utilising the latest in Optical Coordinate Measuring Machines. Inspection processes support accurate measurement and compliance with required manufacturing standards.
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Precision Engineering Solutions in Melbourne
Parish Engineering provides precision engineering in Melbourne across CNC turning, CNC milling, CNC mill manufacturing, general engineering and assembly, assembly manufacture, gauges and quality-focused inspection processes. Components are produced to suit exact drawings, tolerances and production requirements.
The team specialises in precision repetition engineering and turning in Melbourne, manufacturing repeat-run components where dimensional consistency is critical. Projects range from prototype work through to large-scale production volumes.
Parish Engineering supports manufacturers across the automotive, mining, hardware, plumbing, aerospace and specialised industrial sectors requiring repeatable precision-machined components. The company also produces precision plumbing components, precision aerospace components and specialised fittings for demanding engineering applications.
Advanced CNC Manufacturing Capabilities
Parish Engineering operates as a precision component manufacturer in Melbourne, producing machined parts for industries where accuracy, repeatability and machining reliability are essential. The workshop supports both ongoing production work and specialised component manufacturing across a wide range of engineering applications.
Using advanced CNC turning and milling equipment, the company delivers precise CNC machining in Melbourne for components with close tolerances, detailed geometries and specific surface finish requirements. Machining processes are developed around client drawings and production specifications to achieve accurate and repeatable manufacturing outcomes.
As a precision parts manufacturer in Melbourne, Parish Engineering machines components used in industrial assemblies, pneumatic systems, specialised fittings and production equipment. Material selection, tooling configuration and machining sequences are carefully controlled to suit each project requirement and production volume.
Precision Repetition Engineering and Turning
Parish Engineering has extensive experience in precision repetition engineering and turning in Melbourne for clients requiring consistent machining across repeat production schedules. CNC programs and tooling setups are maintained to achieve dimensional accuracy between batches and support long-term manufacturing continuity.
The company manufactures components ranging from intricate small-diameter parts through to larger machined items requiring threading, drilling, milling and concentric machining operations. Accurate machining is critical for assemblies where fitment, sealing performance and mechanical alignment must remain consistent throughout operation.
Specialised Swiss-style sliding headstock machinery supports precise CNC machining in Melbourne for slender and technically detailed components. This capability is particularly suited to parts requiring stable dimensions and reliable machining performance across extended production quantities.
Quality Focused Precision Engineering in Melbourne
As a long-standing provider of precision engineering in Melbourne, Parish Engineering maintains inspection and verification procedures throughout the manufacturing process. Measuring equipment and gauge inspection systems are used to confirm component accuracy against engineering drawings and specified tolerances.
The business supplies components to the automotive, mining, hardware, aerospace and precision plumbing sectors where machining accuracy and repeatable production standards are essential. As a precision component manufacturer in Melbourne, Parish Engineering continues to support clients requiring dependable machining capability across both specialised and high-volume manufacturing projects.
Clients seeking a precision parts manufacturer in Melbourne benefit from practical machining knowledge, responsive production capability and experience across technically demanding component applications. This approach assists clients in meeting production requirements while maintaining machining accuracy and consistent component quality.
FAQs
Parish Engineering offers a wide range of services including CNC machining (mill-turning), precision component manufacturing, assembly, and custom engineering solutions. We also provide value-added services such as heat treating, grinding, anodising, plating, and welding through our network of suppliers.
We manufacture precision components for a wide range of industries, including aerospace, defence, automotive, plumbing, and general engineering. Our products range from intricate mechanical parts to large-scale components.
Parish Engineering has over 80 years of experience in the industry, a reputation for quality, and expertise in handling complex, custom projects. We are committed to providing precise, reliable, and cost-effective solutions, and our team works closely with clients to ensure every component meets the highest standards.
We serve a diverse range of industries, including aerospace, defence, automotive, plumbing, and general manufacturing. Our clients rely on us for high-quality, custom-engineered components that meet the most demanding specifications.
Parish Engineering is AS9100D certified, ensuring we meet the highest quality management standards in the aerospace and defence industries. Additionally, our ISO 9001 certification supports our commitment to continuous improvement and customer satisfaction.
Parish Engineering has the capacity to handle both small and large-scale production runs. Our state-of-the-art equipment and highly skilled workforce enable us to produce components with tight tolerances, meeting both high-volume and custom manufacturing needs.
We implement rigorous quality control processes at every stage of production, from design to delivery. Our quality assurance team utilizes advanced metrology equipment, including CMMs, 2D and 3D optical measuring systems, ensuring that all components meet the required specifications and industry standards.
Our long-standing history of over 80 years, commitment to quality, and expertise in a wide range of industries make us a leading manufacturer of precision components. We pride ourselves on our customer-focused approach, investment in advanced technology, and our ability to deliver reliable, high-quality parts on time.















