Precision machining, custom parts and prototyping solutions
Machining and assembling components using the lathe, mill, and other tools according to technical documents
Stick welding for structural and fabrication applications
Use of bandsaws, panel saws or drop saws to cut materials with tight dimensions
Operating drill presses or hand tools to accurately create and adjust holes using jigs, centre punches, step drilling and counterboring
Creating internal or external threads using taps, dies and the lathe
Applying sanding, grinding, buffing, or polishing processes to achieve smooth or reflective finishes
Use of micrometers, calipers, dial indicators, and gauges to check dimensions and tolerances
Assembling components or machinery according to technical documents
Parametric 3D modelling of complex parts and assemblies using Fusion 360, SolidWorks or AutoCAD, Including equation based constraints, joints and multi component assemblies
Detailed technical drawings with dimensions, tolerances, section views, and callouts for machining and fabrication
High-quality 3D renders for conceptualisation using realistic materials, lighting and environments
Design of mechanical components that interface with micro electronics, sensors, actuators and arduino based systems
Material and process selection based on strength, cost, and suitability for machining, 3D printing or fabrication
Ensuring appropriate hardwoods, softwoods, and grain structures based on strength, appearance and finish requirements
Use of handheld and table routers for shaping edges, cutting slots, and adding fine detailing
Fully equipped carpentry workshop with tools for cutting, shaping, joining, and finishing timber
Preparation, sanding and polishing of timber surfaces for smooth, durable, and professional finishes
applying timber or artificial veneers and performing lamination processes
Repair and alteration of worn, damaged, or misfitting mechanical components, including maintenance and restoration of hand and power tools
Practical guidance for personal, hobbyist, or small business projects across design, construction and assembly
Rapid development of general solutions or prototypes through engineered design, fabrication and iterative testing