CNC Machining Services for Dunlop service is our core competency, we offer much more than just machined prototypes or parts! We use our engineering training and vast experience to help you to achieve your goals at a cost that meets your budget and in the shortest possible time frame. We like to think out of the box! If we have ideas that can reduce your costs, we will discuss with you the possibilities. We provide CNC Machining Services for Dunlop parts of all shapes and sizes! We have experience of CNC Machining Services for Dunlop parts for a wide range of applications and not just prototypes. A most interesting new CNC Machining Services for Dunlop trend which we are supporting is Vaping box mods, there are many new interesting designs on the market, we have been involved in many such projects. We support many companies with the production of industrial components and assemblies for manufacturing, such as: hydraulic and pneumatic punching and piercing tools, machine parts for manufacturing of paper and other similar industries that need large turned precision rollers. Our large turning experience is broad and varied, we can produce consistently accurate precision parts with bearing housings and precise cylindrical ground diameters up to 3 meters in length and up to 1.6 meters in diameter.
COLETEK empowers businesses in Dunlop, Belconnen, and the Australian Capital Territory with innovative CNC machining services. We collaborate with manufacturers across industries to refine product designs, optimize manufacturing processes, and achieve exceptional outcomes. Our experienced engineers leverage advanced technologies and proven methodologies to deliver exceptional precision and efficiency.
We understand the unique challenges faced by manufacturers in the region. Our team has extensive experience working on projects of varying sizes and complexities, from proof-of-concept work to production-readiness planning. We prioritize open communication and collaboration, ensuring regular updates and transparent progress throughout the entire process.
Our comprehensive services include requirements capture, engineering trade-offs, integration planning, testing, and iteration. We can also support remote collaboration, facilitating seamless interaction regardless of physical location. Whether you require design reviews, technical feasibility assessments, or assistance with production readiness, COLETEK is your trusted partner.
We have a proven track record of delivering successful CNC machining projects for clients across industries. Our commitment to innovation and quality has earned us recognition, including Good Design Awards for product innovation. Our founder and principal engineer, Luke Cole, holds a Bachelor of Engineering and a Bachelor of Information Technology, ensuring access to expert knowledge and guidance.
Let us help you achieve exceptional results with our tailored CNC machining services in Dunlop, Belconnen, and the Australian Capital Territory. Contact us today to discuss your project and explore how we can collaborate to bring your vision to life.
This is a sample of public feedback from a broader range of client work.
Skykraft is a Canberra based company designing and developing spacecraft for the delivery of global space-based services. Luke and the team have been very responsive with quotes and delivery of machined parts for our company. Looking forward to working with COLETEK on our space programmes.
COLETEK have been absolutely fantastic in their support and manufacture of various components for us. Our designs are always bespoke, intricate and low volume and it’s great to have an Australian company like COLETEK as a trusted and quality manufacturer for our spacecraft mechanical components and assemblies – which have been flight proven through successful mission operations. Keep up the great work!
We've worked with Luke and the team on and off for the past two years. We've found them very accessible and extremely thorough in their dealings. Their documentation is second to none and we’d have no hesitation recommending them on this basis alone.