The Erix Deburring Tool
When Accessibility Matters
Deburring Tool: Perfecting Hole Finishing Effortlessly
When it comes to manufacturing, deburring is a crucial process that ensures components are safe, functional, and durable. Burrs, the tiny imperfections left on the surface of machined parts, may seem insignificant, but they can lead to a host of issues such as material fatigue, improper assembly, and increased wear. The Erix Deburring Tool offers a precise and reliable solution to these challenges, making it an essential tool for industries ranging from aerospace to automotive.
What is Deburring and Why is it Important?
Burrs—those tiny, sharp edges left behind after machining might seem insignificant, but they can cause a range of issues. From poor fitting and increased friction to premature wear. Burrs can compromise the functionality and durability of parts. In industries like automotive and aerospace, where precision and reliability are non-negotiable, effective deburring is vital.
Choosing the Right Deburring Tool
Selecting the right deburring tool is crucial for achieving the best results, and it all comes down to matching the tool to your specific needs. For detailed work or complex geometries, manual deburring tools offer control and precision, making them suitable for softer materials like plastic and aluminum. However, when dealing with tougher materials like stainless steel or titanium, electric or pneumatic tools are typically preferred for their power and efficiency.
But why settle for less when you can have it all? The Erix Deburring Tool combines the strengths of various deburring technologies into one versatile solution. Whether you’re working with delicate parts or need to tackle the toughest materials, the Erix Tool’s unique foldable wing design and through-tool coolant system provide unmatched performance. This tool excels in high-precision environments, such as aerospace or automotive, where accuracy is critical.
Here’s why the Erix Deburring Tool stands out:
- Material Compatibility: From soft plastics to hard metals, the Erix Tool handles it all without compromising on quality. Its robust construction ensures it can withstand the demands of even the toughest materials.
- Precision Requirements: The foldable wing design allows for unparalleled access to complex surfaces, ensuring that no burr is left behind, even in the most challenging applications.
- Application Versatility: The Erix Tool adapts to a wide range of deburring tasks, making it the go-to choice for engineers who need flexibility and precision in their processes.
In the end, no other tool offers the same level of adaptability and reliability. The Erix Deburring Tool is not just another option; it’s the definitive choice for achieving perfect deburring results, no matter the material or complexity of the job.
Erix Deburring Tool
For over 40 years, the Erix Deburring Tool has been a trusted partner for engineering companies worldwide. Its unique design—featuring a foldable wing and through-tool coolant system—makes it easy to deburr complex parts with precision and efficiency. Whether it’s soft steel or tough titanium, the Erix Tool handles it all, ensuring flawless results across a wide range of materials.
In the aerospace and automotive sectors, where even the smallest defect can lead to serious issues, the Erix Tool provides the reliability and accuracy needed to meet stringent industry standards.
Four good reasons
EFFORTLESS
The folding wing enables you to effortlessly deburr several otherwise inaccessible surfaces in one smooth motion.
POPULAR
Engineering companies around the world have been spotfacing, chamfering and deburring with the Erix Tool for 40 years.
COOLANT
The Erix Tool comes with coolant-through as standard on cylindrical shanks (≥10 mm).
ACCURATE
Precision-engineered and built to last, the Erix Tool deburrs with extreme accuracy.
FIND A DISTRIBUTOR
The Erix Tool is available through a large network of authorised
distributors and agents around the world
Technical information
- All Spindles from ø10 upwards (hole size) with cylindrical shanks are designed for Weldon fastening (DIN 1835B).
- All Spindles from ø10 upwards (hole size) are available with a Morse Taper (27-25-MK3) rather than a cylindrical shank.
- We recommend using our extra strong HSS wing for really tough machining projects.
- As high volumes of materials like stainless or high-alloy steel are tough on the clamping system, we supply SPMA centerlocked inserts for ≥ 060 wings with SPUN inserts.
- Spindles with cylindrical shanks for holes ≥10 mm have coolant through as standard.
- Spindles with Morse Taper shanks for holes ≥10 mm can be drilled for coolant through.
- Please refer to our catalogues* for full information about capacities, dimensions, combinations, materials and standard part details.
* Available in both metric (mm) and imperial (inches) measurements.
Best Practices for Effective Deburring
Using the right tool is just one part of the process. To achieve the best results, it’s important to follow these best practices:
- Tool Setup: Always check that the tool is correctly set up and calibrated. This reduces the risk of errors and ensures consistent results.
- Material-Specific Settings: Adjust the tool’s speed and feed rates based on the material. This minimizes vibrations and prevents overheating, which can damage both the tool and the part.
- Regular Maintenance: Keep the tool clean and well-maintained. Sharp edges are essential for effective deburring, so replace any worn or damaged parts as needed.
Ready to Optimize Your Deburring Process?
Choosing the right deburring tool can make a significant difference in your production quality and efficiency. If you’re looking to improve your deburring process and ensure that your parts meet the highest standards, the Erix Deburring Tool is here to help. Contact us today to learn more about how our solutions can benefit your operations.
Deburring tip:
Use Coolant Through whenever possible. It has several advantages: it breaks up and removes chips, it keeps spindles and wings cool and it prevents workpiece surfaces from hardening.
