High efficiency! With just one super hard drill, you can achieve clean drilling without burrs! A hybrid drill for CFRTP (thermoplastic) with multifunctionality!
The "Zero Buri GK-HCTZ Series" is a hybrid drill for CFRTP (thermoplastic CFRP) that allows for one-shot drilling without a pilot hole, resulting in no burrs. It can drill straight even with slightly bent pilot holes, exhibiting excellent straightness. The large waveform effect minimizes heat to the extreme, achieving outstanding cutting performance. 【Features】 ▶ No need for deburring ▶ Regrindable ▶ Hole accuracy is H6 or better as long as there is no runout ▶ Excellent straightness ▶ R-blade with a special R shape that disperses cutting resistance, reduces heat, further minimizes burrs (delamination), and extends lifespan ▶ Taper end mill that eliminates fine burrs (delamination) ▶ Reamer shape that finishes the hole sides beautifully ▶ Capable of drilling straight even with slightly bent pilot holes ▶ Jointly developed with the Fukui Prefectural Industrial Technology Center; patent obtained ▶ Awarded the Kansai Monozukuri Shin Selection 2014 If you have any other concerns regarding drills, please feel free to consult us anytime. We look forward to your inquiries.
Inquire About This Product
basic information
Our company has developed a "mysterious drill that produces no burrs" to solve one of the challenges in manufacturing, which is the burr treatment after drilling. The Zero Burr drill is an excellent carbide drill that not only drills holes but also finishes them to high precision with no burrs, achieving true roundness and straightness. This product features a two-flute design and DLC coating, allowing for clean hole drilling without burrs in a single pass with no pilot hole required. *We have a drilling demonstration video available on our website. Please take a look!
Price information
For more details, please contact us.
Delivery Time
Applications/Examples of results
Customer Feedback - The removal of burrs has been eliminated, which has been a great help. - Labor costs have been reduced, allowing us to allocate personnel to other departments. - We were previously unable to take on jobs due to the impossibility of burr removal, but now we can accept them, doubling our workload. - Acrylic drilling is helpful because the sides are transparent and finish beautifully. - Resin drilling used to have many defective products due to holes expanding or melting, but since switching to zero burrs, there are no expansions or burrs, eliminating defects. We have received various feedback like this. If you have any issues or requests regarding drills, please feel free to contact us. We look forward to hearing from you.
Line up（1）
| Model number | overview |
|---|---|
| GK-HCTZ DLC | For CFRTP (Thermoplastic CFRT) |
catalog（1）
Download All Catalogs
News about this product（2）
Company information
■Company Introduction Our company has been engaged in trial and error for many years to address one of the challenges in manufacturing: "deburring after drilling." We have finally succeeded in developing a mysterious drill that produces no burrs, called "Zero Burr." The Zero Burr is not just a tool for making holes; it is a carbide drill that can finish holes with high precision, free of burrs, and with true roundness and straightness. <Features of the Zero Burr Drill> ■ No burrs ■ No centering required ■ Can drill curved and angled holes in one shot ■ Hole accuracy H6~H7 ■ Surface roughness equivalent to spiral reamers ■ One-shot processing from centering to reamer finishing is possible ■ All series can be re-sharpened, etc... The number of steps in the drilling process is reduced, leading to cost reduction and increased productivity. We aim to be of service to our customers by understanding their needs and continuously challenging ourselves to create the best original tools, processing, re-sharpening, and coating until we achieve the optimal solution. While NC machines for cutting processes are becoming increasingly precise year by year, we aspire to be a consulting partner in searching for the "best processing methods" that can meet the various conditions intertwined with high precision.
