3 Steps to Groove Polyester Fiber Acoustic Panels with Oscillating Knife Cutting Machine
How to correctly groove polyester fiber acoustic panels using an oscillating knife cutting machine? How to achieve the V-groove width and spacing you want? What is a common mistake customers make? This article will give you all the answers.
2 Different Gantry Motor Drive for Oscillating Knife Cutting Machines
Do you choose a reducer for deceleration or a belt for deceleration? Do you choose the gantry dual motor drive mode or the gantry single motor drive mode? This problem directly determines the cutting accuracy of the oscillating knife cutting machine during long-term use.
4 Considerations for Selecting a High-Quality, Precision CNC Gasket Cutting Machine
If you want to choose a high-quality CNC gasket cutting machine, these 4 considerations are essential: High-end configurations ensure stable quality, scientific installation processes maintain high precision cutting, and our rich experience in the gasket industry helps you own a true CNC gasket cutting machine. Our professional and timely after-sales service team is here to support you.
Top 10 Key Questions for Choosing Your CNC Gasket Cutting Machine
What materials can the CNC gasket cutting machine cut? What is the cutting accuracy? What is the maximum cutting thickness? What is the cutting efficiency? How to program? How much does it cost to use? Is it easy to operate? You can find the answers to these questions you are most concerned about in this article.
How does AMOR CNC Gasket Cutting Machine Making Gasket
Just input the gasket data to get the processing graphics, no CAD drawing is required, and automatic nesting is automatically completed; import the vector file of DXF or PLT into the processing software to optimize the SP operation number, processing sequence, direction, and starting point position ;Send the optimized graphics to the machine, and then it’s time to automatically cut the gasket.
7 Details You Must Know When Purchasing an Oscillating Knife Cutting Machine
Choosing a high-quality oscillating knife cutter requires more than just knowing specs and test cuts. Consider these essentials: 1) Robust machine bed processing, 2) Precise installation, 3) Scientific structural design, 4) Well-planned electrical layout, 5) Experience in diverse applications, 6) Secure packaging. These factors ensure reliability and precision in your machine selection.
How to Set Cutting Depth for CNC Oscillating Knife Cutting Machine
To get the perfect cutting depth for an oscillating knife cutting machine, first place a piece of A4 paper under the tool, and when it cuts right through, we have completed the first setup. Next, we need to cutting tests on the materials and fine-tune the knife depth according to the cutting effect. Only in this way can we obtain the best knife depth data and perfectly cut through the material without damaging the work platform.
5 Common Mistakes Customers Make When Choosing an Oscillating Knife Cutting Machine
5 mistakes that customers often make when choosing an oscillating knife cutting machine: 01. The Size Dilemma: Going too Big or too Small; 02. Blind pursuit of “one machine with multiple functions”; 03. Excessive pursuit of the machine’s feed height; 04. “If It Cuts, It’s Good Enough” Fallacy; 05. Ignoring quality for the sake of price.
How to Choose Tools for Cutting Foam with Oscillating Knife Cutter
Use a 400W high-power oscillating knife cutting machine to cut EVA foam with a hardness of 35-80, with a maximum cutting thickness of 110mm; use a pneumatic oscillating cutting tool to cut EPE foam faster; use a high-speed rotary milling tool, which can be used for engraving EVA and EPE foam .
How to Properly Install Blades for Oscillating Knife Cutting Tools
First, when inserting the blade into the oscillating knife tool, pay attention to inserting the blade into the bottom of the tool holder; and rush the blade towards the direction of the fixing screw; secondly, when inserting the oscillating tool into the tool holder, pay attention to the direction of the blade facing the X+ direction.
