cutting tool
screw thread
By processBy function

The difference between smart knife cloud precision grinding and traditional grinding

Geometric precision
Consistent R-angle of cutting edge
Coating bonding
Cutting life attenuation rate
Surface roughness effect
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Traditional Grinding (Industry Average)

±0.1mm
>15%
60-80N (easy to peel)
40-50%
Ra increases by 0.2-0.4 μm
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Zhidao Cloud precision polishing

±0.005mm
<3%
≥150N(DIN EN 1071-3)
≤30%
Ra fluctuations ≤ 0.1 μm
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Technical supporting evidence

German KLINGELNBERG gear measuring instrument calibration certificate
White light interferometer test report
Scratch method test video
Measured data of Ti6Al4V processing in a military enterprise
Taylor Hopson Surface Profiler Inspection Comparison

"Complete the grinding in 4 simple steps" service process

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Submit a request online

Fill in the form to submit the tool information, and complete the demand registration in 30 seconds

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刀具修磨服务

Free evaluation quote

Professional engineers evaluate and provide accurate grinding plan quotations

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刀具修磨服务

After confirmation, we will send the knife to you

Professional packaging guidance to prevent transportation damage

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刀具修磨服务

Finished delivery

5. Return the regrinding tool within working days with a digital quality inspection report

Summary of the advantages of Zhidao Cloud tool repair and grinding service

• National Preferred Cooperative Grinding Center (strict screening to ensure top-notch equipment and technology)

• Digital grinding standard system (intelligent matching of optimal grinding scheme, unified standard)

• Traceability of the whole process quality (unique traceability QR code, transparent and controllable)

• Platform technical expert team (original engineer support to solve complex problems)

• AI intelligent detection and prediction (online evaluation, accurate prediction of the polishing effect)

• Data-driven continuous optimization (real data feedback, smarter the more you use)

"List of suitable tools for grinding" common sense of tool grinding

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drill bit

Applicable scenarios:

Mold curved surface, aerospace complex structural parts processing

drill bit

Applicable scenarios:

Mold curved surface, aerospace complex structural parts processing

Technical Highlights:

(1). Do not change the diameter: only repair the R angle profile (accuracy ± 0.005mm) to avoid reprogramming.

(2). Side edge taboo: It is forbidden to directly trim the side edge, otherwise the processing parameters need to be adjusted.

(3) .3D scanning the original tool profile → 5-axis grinder repair R angle → edge passivation treatment (anti-chipping edge)

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reamer

Applicable scenarios:

Heavy duty threading (e.g. valve body, flange)

reamer

Applicable scenarios:

Heavy duty threading (e.g. valve body, flange)

Technical Highlights:

(1). Priority is given to grinding large-diameter taps (M12 and above): more economical.

(2). Tooth chipping limit: more than 3 threaded teeth in a row need to be scrapped.

(3). Laser cladding repair tooth shape → 2. Cryogenic treatment (improves toughness)

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milling cutter

Applicable scenarios:

Batch hole processing (e.g. automotive parts, pump and valve workpieces)

milling cutter

Applicable scenarios:

Batch hole processing (e.g. automotive parts, pump and valve workpieces)

Technical Highlights:

(1). Pre-machining/general precision holes: can be re-sharpened 15-20 times (realized by re-grinding the main cutting edge)

(2). High-precision holes (IT8 level or above): it is recommended to repair and grind no more than 5 times (need to be repaired with coating)

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Threaded cutters

Applicable scenarios:

Precision hole finishing (IT level 7 or higher)

Threaded cutters

Applicable scenarios:

Precision hole finishing (IT level 7 or higher)

Technical Highlights:

(1). Number of grinding: 2-5 times (depending on the initial wear)

(2). Diameter detection: direct scrapping with an excess of 0.02mm or more.

(3). Calibration of the guide part: straightness ≤ 0.01mm.

(4). Edge repair: retain the original geometric angle and do not coat to ensure dimensional stability.

The solution of "regrinding applicable scenarios" is matched

Tool type matching scenario
Industry needs customized solutions

"Customer testimonials" case show

A steering knuckle manufacturer in Zhejiang - auto parts processing

"The life of the tap after repairing even exceeds that of some new knives, and the complaint rate of the assembly line directly returns to zero. The platform's door-to-door pickup and delivery service completely solves the trouble of our logistics management. ”

刀具修磨服务

Mr. Chen

Production Director - 15 years in the industry

An injection mold in Guangdong - enterprise mold manufacturing

"In the past, you could only grit your teeth and buy a new knife, but now you can save the down payment of a second-hand machining center by grinding it 3 times!"

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Mr. Li

CNC Shop Director - Manages 23 machining centers

An aviation structural parts supplier in Jiangsu - aerospace

"The re-sharpened ball knife perfectly matches the original program, and there is no need to re-debug the knife, which is the real intelligent manufacturing service!"

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Ms. Wang

Chief Technical Engineer - 11 years of focus on aviation

"Tool Repair" FAQ Q&A

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Q1: How long can the tool life be achieved after grinding? What factors affect lifespan?

Typical Life Recovery Rate:

Drill/milling cutter: 80%-95% of new tool life (depending on regrinding process and coating quality)

Tap/reamer: 70%-85% of new knife life (limited by thread strength)

Complex forming tools: more than 90% of the life of new knives (need to be combined with five-axis precision shaping)

Key influencing factors:

Hardness of machining materials (e.g., titanium alloy tool life decay 20%-30% faster than aluminum alloy)

Rationality of cutting parameters (it is recommended to use the "Special Parameter Package for Grinding Tools" provided by us)

Coolant type (oil-based coolant extends life by 15%)

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