Today’s Techni Waterjet Manufacturing Manager, Jonathan Schlick, has over 20 years experience in the field of industrial machinery.
After a 12 year career in laser machinery, he moved to waterjets where he’s grown his skills and knowledge of the technology through leading Techni’s Regional Service. Working around the globe for Metal, Stone, Glass, and Automotive industries, Jonathan is an expert on modern cutting solutions and has developed a unique ability to discern pros and cons of the different machines available on the market.
His analysis will help you understand whether waterjet is the ideal solutions to your individual requirements.
CNC machining in architecture means using computer numerical control to convert CAD/CAM models into precise architectural parts, and it now includes advanced waterjet cutting alongside routing, milling, turning, laser, plasma, and 5-axis machining. Since architects...
What makes waterjet cutting truly remarkable is its ability to deliver incredibly precise cuts without the heat stress that other methods introduce. The waterjet technology is a clean and incredibly versatile way to shape everything from industrial metals to delicate...
The appropriate abrasive ensures that the waterjet cuts through different materials precisely, affecting not only the quality of the output but also the cost and speed of operations. Simply choosing a cutter without considering its capabilities can lead to...
To understand a waterjet cutting machine, you need to be familiar with how each individual component comes together to cut various materials including metals. A waterjet machine is quite similar to erosion because of the water force it uses. This might still sound a...
Precision machining is a process that lies at the heart of every tool and component we rely on each day. From the devices that power our homes to the vehicles we travel in, this method is fundamental to manufacturing parts with exceptional precision and efficiency. ...
CNC machining is compatible with a wide range of materials, from metals to nonmetals, making it valuable across many industries. CNC machining versatility, including non-traditional processes like water jet cutting allows manufacturers to handle diverse material...
Understanding waterjet control technology may seem challenging at first, especially if you’re just starting out. However, with practice and a solid understanding of the system, you’ll unlock its immense potential. One of the key elements behind achieving the precision...
Waterjet cutting is a powerful and versatile method that harnesses high-pressure water to cut through a wide range of materials with impressive precision. To achieve optimal results, it's essential to fine-tune several key parameters, such as nozzle diameter and feed...
When it comes to cutting multiple layers of different materials, using a technology that streamlines the process is key to improving efficiency. Instead of cutting each layer individually, why not cut them all at once with precision? This is where waterjet technology...
Choosing the right cutting technology is a critical decision for any manufacturer, whether you're working with metals, plastics, or specialized materials. The cutting method you select can dramatically affect your production speed, cost, and the overall quality of...
Waterjet cutting is quickly becoming a popular method for cutting through different materials with unmatched precision, but how well does it cut through vinyl? Applying heat to vinyl is a fast way to compromise its quality and luckily with waterjet technology, such...
At the heart of the waterjet cutting technology lies the garnet, a natural mineral known for its hardness and durability, making it the abrasive of choice for waterjet cutting applications. This article will delve into the mechanics of waterjet cutting and explore why...
The linchpin to maximize waterjet cutting performance and longevity might surprise you: it's the quality of water used in the process. In the article below, we will discuss how important water quality is in waterjet cutting, ensuring operational excellence, and...
In this article, we will compare Techni Waterjet, OMAX, Flow, and WAZER across the factors you actually use to buy and run a waterjet—machines, pumps, software, accuracy, upkeep, and the jobs each brand fits best. Our aim isn’t to crown a universal winner. You’ll...
“Sheet metal forming” may sound like a complex term, when in fact it’s not. When you think about consumer products like your beverage cans or cookwares, that’s sheet metal forming. However, sheet metal forming is way beyond that, it’s also applied in manufacturing of...
When you think about shaping the future, literally, metal cutting machines play an integral role. These devices, which range from the ancient lathe to the modern abrasive waterjet cutter, have evolved to meet the demands of ever-more sophisticated metal cutting...
Industrial cutting techniques are at the core of manufacturing processes, playing an important role in shaping raw materials into finished products. These techniques encompass a wide range of methods, each designed to meet specific requirements based on the material,...
Diving into the world of advanced manufacturing, waterjet cutting emerges as a pivotal technology. This cutting-edge method, celebrated for its precision and versatility, isn't without its hurdles. Today, we're dissecting the common issues that shadow waterjet cutting...
