Precision answers. Clear direction.

Kinetix Fabworks is a New Zealand engineering and manufacturing company providing CNC machining, fabrication and precision engineering solutions for businesses requiring accurately manufactured components.

Kinetix Fabworks provides CNC machining, CNC milling, CNC turning, component manufacturing, prototyping, engineering support and fabrication solutions based on individual project requirements.

Yes. Kinetix Fabworks can manufacture custom components according to engineering drawings, CAD files, specified dimensions, materials, tolerances and application requirements.

Kinetix Fabworks works with businesses and engineering projects requiring precision manufacturing solutions in New Zealand. Project requirements can be discussed before production begins.

Provide your drawings, CAD files, component details, quantities, material requirements and other relevant information to Kinetix Fabworks. The project can then be assessed for an appropriate manufacturing solution and quotation.

Businesses looking for CNC machining in New Zealand can work with Kinetix Fabworks for precision machining and component manufacturing. Requirements can be assessed according to material, geometry, tolerances and production volume.

The appropriate process depends on the component design, material, tolerances and production volume. Kinetix Fabworks can assess these factors and recommend a suitable CNC machining approach for projects in New Zealand.

Custom CNC parts can be manufactured through Kinetix Fabworks. Customers can supply drawings or CAD data so the component can be reviewed for machining requirements, materials and tolerances.

Kinetix Fabworks provides CNC machining solutions for New Zealand customers, including CNC milling work where the component, material and production requirements are suitable.

Kinetix Fabworks offers CNC machining solutions that can include CNC turning for suitable components. Project details can be reviewed to determine whether turning is the right process.

CNC machining costs vary according to material, component complexity, tolerances, setup requirements, machining time, quantity and finishing. Kinetix Fabworks can assess your requirements and prepare a project quotation.

Low-volume and prototype machining requirements can be discussed with Kinetix Fabworks. Suitability depends on component design, material, quantity and the required manufacturing process.

Yes. Engineering companies can outsource suitable machining projects to Kinetix Fabworks. Complete drawings, CAD information and production requirements help establish an efficient process.

CNC milling, CNC turning and other precision machining approaches may be suitable depending on the component. Kinetix Fabworks can review geometry, material, tolerances and quantity to identify an appropriate solution.

Prototype machining can be discussed with Kinetix Fabworks. Supplying a detailed drawing or 3D CAD model allows manufacturing requirements to be evaluated before production.

CNC machining is a computer-controlled manufacturing process used to remove material from a workpiece and create components to programmed dimensions. Kinetix Fabworks uses precision manufacturing processes for engineered components.

CNC milling uses rotating cutting tools to remove material from a workpiece. Kinetix Fabworks can manufacture suitable components using CNC milling processes based on the project’s requirements.

CNC turning rotates the workpiece while cutting tools remove material to create cylindrical or rotational features. Kinetix Fabworks can evaluate whether CNC turning is appropriate for a particular component.

CNC machining can be used with many metals and engineering materials, including aluminium, steel, stainless steel, titanium and various plastics. Kinetix Fabworks can assess the specific material and machining requirements.

A detailed engineering drawing and/or 3D CAD model is typically useful. Kinetix Fabworks can review the available technical information and identify any additional details required.

Achievable tolerances depend on the machine, material, geometry, tooling and manufacturing process. Kinetix Fabworks can review specified tolerances and determine an appropriate machining approach for the component.

Milling generally uses rotating tools to cut a workpiece, while turning rotates the workpiece against cutting tools. Kinetix Fabworks can help determine which process best suits the component geometry and production requirements.

CNC machining can be an effective option for prototypes because functional components can be produced directly from engineering designs. Kinetix Fabworks can assess prototype requirements and determine whether CNC machining is suitable.

Yes. CNC machining can be used for repeat production where the component, quantity and manufacturing process are suitable. Kinetix Fabworks can review production requirements and develop an appropriate machining approach.

Lead time depends on component complexity, material, programming, setup, machining time, quantity and finishing requirements. Kinetix Fabworks can provide project-specific timing once manufacturing details are understood.

Precision helps components meet their intended dimensional, functional and assembly requirements. Kinetix Fabworks focuses on manufacturing components according to the engineering specifications supplied for each project.

Useful information includes drawings or CAD files, material, quantity, tolerances, surface-finish requirements and special manufacturing instructions. Providing this information helps Kinetix Fabworks evaluate the project accurately.

Yes. Material choice, tolerances, surface finish, geometry, production volume and machining complexity can all affect manufacturing costs. Kinetix Fabworks can assess these factors when preparing a quotation.

Design for manufacturability can help reduce unnecessary machining operations, complex setups and difficult features. Kinetix Fabworks can review component designs and discuss practical manufacturing considerations where appropriate.

Start by providing your component drawings or CAD files together with the material, quantity, tolerances and other relevant requirements. Kinetix Fabworks can then review the project, discuss manufacturing requirements and determine the next steps.