Yc Precision Fabrication
We provide turnkey solutions, high-level assembly or electromechanical assemblies to complex industries and applications.
Our vast experience in intricate electromechanical parts gives you confidence and peace of heart.
They are used to build and assemble precision components and parts as well to manufacture and assemble intricate and precise line products. You can make a large range of products and applications with precision fabrication machines.
GSS Machinery, a global manufacturing company committed to customer satisfaction is compliant with current quality standards.
Testimonial - We have been working with Gulf States Saw & Machine Co. over many years. Don is a professional in the metal industry who works hard for his clients. He has a wealth of knowledge in the metal industry and can offer industry-leading solutions."
We have designed and mass-produced front end components that allow for automated loading and discharging of wafers in between FOUPs and fab tools.
We provide turnkey solutions, high-level assembly or electromechanical assemblies to complex industries and applications.
Our vast experience in intricate electromechanical parts gives you confidence and peace of heart.
We have the capabilities to handle complex precision fabrication projects. If a process is not possible to support, we can refer to our established supply chain. Our primary focus is precision tube and plate fabrication. We can do it from half-inch to ten inches (0.25m). We can also handle any part that weighs more than 70,000 lbs. If we do not have the ability to support a process, our qualified supply chains will.
Equipment used by the health sector needs to meet the highest standards. GSS Machinery has been a reliable partner in manufacturing.
We are familiar with all types of robotics applications within life sciences including assembly, material handling and primary packing.
We have extensive experience in many types of robotics applications for life sciences such as assembly, material handling, primary packaging, and specialized coating.
While we offer many advantages, we tend to stick out in two ways. Firstly, we do not accept sub-par quality. We hold ourselves and our supply chain to the strictest quality standards. Many shops promise excellent quality, but there are fewer who deliver. Our process controls, rigorous inspection processes, and expert quality team are the difference makers. Secondly, we care about our customers and the commitments we make. Caring about others requires integrity, which is a core value at GSS Machinery. We build partnerships upon the foundation of integrity, hard work, and reliability.
GSS Machinery is able to produce larger quantities of vacuum chambers in a shorter time frame and provide reliable customer service. GSS Machinery has the production capacity to build 10 vacuum chambers per month. We also have the ability to deliver complex chambers faster and more precisely.
We have created and mass-produced frontends that can be used to automate loading and discharging wafers from fab tools and FOUPs.
GSS Machinery can produce a higher quantity of vacuum chambers with short turnaround times and reliable customer service. Our production capacity allows us to routinely build up to 10 vacuum chambers a month for each customer, and we can also deliver larger, complex chambers with speed and precision.
Laser cutting is classified into three types: fusion cutting, flame cutting, and remote cutting. An inert gas (typically nitrogen) is used in fusion cutting to expel molten material from the kerf. Nitrogen gas does not exothermically react with molten material and thus contributes no energy to the system.
Polycarbonate is an unsuitable material for laser cutting. ABS It emits cyanide gas and melts. ABS is difficult to cut with a laser cutter. It melts rather than vaporizes, and it is more likely to catch fire and leave melted gooey deposits on the vector cutting grid.
'The effect that powerful lasers have on actual flesh varies both with the wavelength, or color, of the light and the duration of the pulses that they produce,' as you might expect. The real discovery of these researchers, however, is that lasers cut flesh by causing a series of overlapping micro-explosions.