Press Tool Design
At T G Design Solutions, we specialize in providing an extensive array of press tool designs, catering to diverse needs ranging from progression tools and transfer to single-point tooling. Our capabilities extend from designing small tools for a 6-ton hand press to developing a suite of tools for a massive 2500-ton transfer, all constructed with precision in both cast or plate construction.
Beyond our tooling expertise, we offer comprehensive services encompassing feasibility studies and process improvement for companies seeking optimized solutions or exploring tooling options in low-cost countries. More
Die Simulation
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Fixture Design and Manufacture
At T G Design Solutions, we extend our expertise to include comprehensive services in jigs and fixture design, providing both design and manufacturing solutions. Our offerings cover a diverse range of fixtures, encompassing welding fixtures for both manual and robotic applications, poke yoke checking fixtures,laser cutting fixtures and robot end-of-arm tooling.
Tailored to meet the specific needs of various industries, including Automotive, Aerospace, and building products, our jigs and fixtures are designed to enhance efficiency and precision. Please explore our portfolio to witness the range of fixtures we have successfully completed, showcasing our commitment to excellence across diverse applications and industries. More
Sub Contract Machining
We offer 3 axis CNC machining service with a size capability of 1600mm x 860mm x 600mm offering 2D plate work to 3D form work.
Reverse Engineering
Our reverse engineering services played a pivotal role in transforming a leading saddle manufacturer’s traditional wooden tree into an injection-moulded part. This process not only resulted in a more cost-effective solution but also ensured a consistently dimensioned product.
Bringing an 18th-century product into the 21st century, our process involves laser scanning the original wooden tree, generating a triangulated mesh data. Subsequently, through 3D modelling, we develop a CAD model, allowing the creation of a 3D printed prototype. This prototype is then meticulously reviewed for touch and feel before finalizing the data for the production of injection mold tooling. More