Reaming Blades: The Ideal Choice for Precision Hole Machining
Series 91, with universal models. The following are the specific model names.
Our reaming blades are high - efficiency cutting tools meticulously crafted for the hole - machining field. With advanced manufacturing processes and high - quality materials, they offer you an excellent machining experience, meeting various precision hole - machining requirements.
- High Hardness: The blades are made of high - quality carbide materials, with hardness far exceeding that of ordinary tool materials. Under high - temperature and high - load cutting conditions, they can still maintain excellent hardness, ensuring stable cutting over a long period.
- High Wear Resistance: The special material formula and treatment process endow the blades with super - strong wear - resistant performance. It can effectively reduce tool wear, extend the service life, and reduce your blade replacement costs and machining downtime.
- Good Heat Resistance: It can withstand high - temperature environments. During high - speed cutting, it can effectively resist the adverse effects of cutting heat, ensuring machining accuracy and surface quality.
- Scientific Blade Shape: The unique blade - shape design has been verified through numerous experiments and practices. The cutting force is evenly distributed, the cutting is light, smooth, and stable. It effectively reduces cutting resistance, minimizes vibration during machining, and improves the machining accuracy and surface finish of the hole.
- Reasonable Chip - removal Groove: The carefully designed chip - removal groove structure enables smooth chip removal. It can quickly discharge the chips from the machining area, avoiding damage to the tool and workpiece caused by chip entanglement and ensuring the smooth progress of the machining process.
It is widely used in industries such as machinery manufacturing, automotive parts processing, aerospace, and mold manufacturing. Whether it is machining engine block holes, precision mounting holes of automotive parts, or high - precision holes in mold cavities, our reaming blades can perfectly handle the task. It can be adapted to workpieces of different materials, including steel, cast iron, aluminum alloy, copper alloy, etc., as well as various difficult - to - machine materials such as stainless steel and heat - resistant alloys.
- Pre - installation Inspection: Carefully check whether there are chipping, cracks, or other damages on the cutting edge of the blade, and whether there are bumps on the surface of the blade. At the same time, confirm that the installation parts of the tool shank or tool body are free of impurities and burrs and are kept clean.
- Installation Process: Use appropriate tools and install the blade correctly onto the tool shank or tool body according to the tool instruction manual. During installation, ensure accurate positioning of the blade and firm clamping to avoid blade displacement during machining due to loose installation, which may affect machining accuracy or even cause tool damage.
- Post - installation Inspection: After installation, use measuring tools such as a dial indicator to check the radial run - out and axial run - out of the blade, ensuring that the run - out values are within the tolerance range specified by the tool to guarantee the balance of tool rotation.
- Reasonably select the blade model and specification according to the material to be machined and the machining accuracy requirements.
- Ensure installation accuracy when installing the blade to avoid shortening the tool life or reducing machining accuracy due to improper installation.
- During the machining process, reasonably select cutting parameters such as cutting speed and feed rate according to the machining conditions to give full play to the performance of the blade.
- Blade Cleaning: After the machining is completed, promptly remove the chips and coolant residues attached to the blade to prevent the chips and corrosive substances from damaging the blade. Tools such as a brush and compressed air can be used for cleaning.
- Storage: Store the cleaned blade in a dry and ventilated tool cabinet to prevent the blade from getting damp and rusting. If it is not used for a long time, anti - rust oil can be applied to the surface of the blade for protection.
- Regular Inspection: Regularly inspect the stocked blades to check for rust, oxidation, etc., ensuring that the blades perform well for the next use.

FAQ
1. Q: Are you the original manufacturer of the inserts.
A: Yes, we are the original factory for both standard and non - standard inserts with a 14 - year entrepreneurial history. We have our own production lines, as well as design and sales teams.
3. Q: How long is your delivery time?
A: It is determined according to the customer's order.You can communicate the details directly with the customer service on our website.
4. Q: What is the best way to contact you?
A: You can contact us by email, telephone, or online chat.
Choosing our brand's reaming blades means choosing an efficient, precise, and durable hole - machining solution to escort your production and processing!