Our CNC Honing Services

Nostro CNC Honing services deliver unmatched precision for hole finishing—combining advanced Tecnologia CNC with expert Honing Process tecniche. Whether you need tight Tolleranze di lavorazione, costume Gamma di dimensioni del foro opzioni, or surface perfection for critical parts, we turn raw materials into high-performance components. Trust our proven capabilities to meet your industry’s strictest standards, on time and within budget.​

cnc honing
cnc honing

What Is CNC Honing?

Affilatura CNC is a precision machining process used to finish internal holes (or bores) in metal and composite parts. Unlike basic honing (which relies on manual operation), it uses Tecnologia CNC (Controllo numerico del computer) to automate tool movement, pressione, e velocità. This automation ensures consistent, repeatable results that manual methods can’t match.​

Al centro, IL Honing Process involves a rotating tool (called a hone) fitted with abrasive stones. The tool expands to press the stones against the hole’s inner surface, removing tiny amounts of material to improve three key qualities:

  • Diameter accuracy (hitting exact Gamma di dimensioni del foro targets)
  • Roundness and straightness (critical for moving parts like pistons)
  • La levigatezza superficiale (ridurre l'attrito e indossare)

Insomma, Precision Honing (powered by CNC) transforms “Abbastanza buono” holes into parts that perform reliably in high-stakes applications.

Le nostre capacità: Cosa possiamo fare per te

We’ve invested in top-tier CNC honing equipment and trained our team to handle diverse project needs. Di seguito è riportato una ripartizione delle nostre capacità di base:

Categoria di capacitàDettagliSpecifications​
CNC Honing ServicesAutomated hole finishing for small batches (1–50 parti) and large runs (10,000+ parti)Handles holes from 5mm to 500mm in diameter​
Precision Hole MakingTight control over hole geometry (rotondità, rette, taper)Rotondità: ± 0,001 mm; Straightness: ±0.002mm per 100mm​
Machining Capacity24/7 production with quick changeovers for different part designs​Fino a 500 parts processed per 8-hour shift​
Gamma di dimensioni del foroFlexible for micro-holes (dispositivi medici) to large bores (industrial cylinders)Diameter range: 5mm – 500mm; Profondità: up to 1,000mm​
Competenza materialeSpecialized processes for hard metals, soft alloys, e compositiSee “Materiali” section for full list​

Whether you need a one-time prototype or ongoing mass production, our capabilities scale to fit your timeline and quality requirements.

The CNC Honing Process: Passo-passo

Nostro Processo CNC segue un flusso di lavoro strutturato per garantire coerenza e qualità. Each step is automated but monitored by our engineers to catch issues early:

  1. Part Preparation: Clean the raw part to remove oil, Detriti, o ruggine (critical for accurate measurements). Mount the part in a CNC fixture to hold it securely during machining.​
  1. Configurazione degli strumenti: Select the right abrasive stones (based on material and desired finish) and attach them to the CNC hone. Program the machine with your specifications (diametro, tolleranza, finitura superficiale).
  1. Rough Honing: The hone rotates and expands to remove excess material quickly. This step brings the hole close to its final size (within 0.01mm of the target).
  1. Finish Honing: Reduce the tool’s pressure and adjust speed to refine the hole. This step achieves the exact Tolleranze di lavorazione and smooth surface finish.​

Ispezione: Use laser measuring tools to check diameter, rotondità, e qualità della superficie. If the part meets standards, it moves to post-processing (PER ESEMPIO., Trattamento superficiale).

Materiali: What Works for CNC Honing?

Not all materials respond the same to honing—we focus on options that deliver consistent precision and durability. Di seguito sono riportati il Common Honing Materials we process, along with their key Proprietà materiali:

Tipo di materialeEsempiProprietà materiali (Perché funziona)Applicazioni ideali
Ferrous MetalsAcciaio, Ghisa, Acciaio inossidabileAlta resistenza; abrasive stones remove material evenly​Blocchi del motore, cilindri idraulici
Metalli non ferrosiAlluminio, Ottone, RameSoft but machinable; achieves smooth finishes without cracking​Scambiatori di calore, parti elettriche
LegheTitanio, Inconel​Elevata resistenza al calore; maintains shape under stress​Componenti aerospaziali, turbine parts​
CompositiFibra di carbonio, Fibra di vetroLeggero; requires specialized abrasives to avoid fraying​Racing parts, dispositivi medici

Nostro Selezione del materiale experts help you choose the best option for your project—balancing cost, prestazione, e macchinabilità.

Trattamento superficiale: Enhancing Post-Machining Quality

After honing, Trattamento superficiale improves the part’s durability, Resistenza alla corrosione, e prestazioni. We offer four core Treatment Methods, tailored to your industry’s needs:

Trattamento superficialeScopoProcess Details​Caso d'uso del settore
LucidareCreate a mirror-like finish to reduce friction​Fine abrasive pads buff the hole’s surface​Valvole idrauliche (prevents oil leaks)
Placcatura cromataAdd a hard, corrosion-resistant layer​Electroplate chromium onto the honed surface​Piston rods (handles high wear)
PassivazioneProtect stainless steel from rust (removes free iron)Immerse part in nitric acid solution​Food processing equipment​
Lubrication CoatingReduce friction for moving parts (PER ESEMPIO., marcia, alberi)Apply dry film lubricant (Ptfe) to the surface​Automotive transmission parts​

Each treatment is tested to ensure it meets Qualità della superficie standards—no shortcuts, just long-lasting results.

Tolleranze: How We Control Precision

Tolleranze di lavorazione are the small allowable deviations from a part’s exact design (PER ESEMPIO., a 10mm hole might have a tolerance of ±0.005mm). For CNC honing, tight tolerances are non-negotiable—especially for parts that fit together (Come i componenti del motore).

Nostro Controllo della tolleranza system uses three layers of precision:

  1. Pre-Machining Calibration: We calibrate our CNC machines daily using certified reference parts (precisione: ± 0,0005 mm).
  1. In-Process Monitoring: Sensors on the hone measure the hole’s size in real time, adjusting tool pressure if deviations occur.​
  1. Post-Machining Inspection: Our quality team uses coordinate measuring machines (CMMS) to verify every part meets Livelli di tolleranza.

Below are our standard Hole Tolerances for common applications:

Application​Diameter Tolerance​Roundness Tolerance​Straightness Tolerance​
General Industrial​± 0,01 mm± 0,003 mm±0.005mm per 100mm​
Automobile± 0,005 mm± 0,001 mm±0.002mm per 100mm​
Aerospace/Medical​± 0,001 mm± 0,0005 mm±0.001mm per 100mm​

Advantages of CNC Honing: Why It’s Better Than Other Methods

Compared to alternative hole-finishing processes (like grinding or boring), Affilatura CNC offers unique benefits that save time and improve quality. Ecco la parte superiore Advantages of CNC Honing:

  • Vantaggi di precisione: CNC automation eliminates human error, so every part matches the design exactly. This is critical for industries like aerospace, where even 0.001mm deviations can cause failures.​
  • Vantaggi dei costi: While initial setup costs are higher than manual honing, CNC reduces labor time (one machine runs 24/7) e rifiuti (meno parti difettose). For large runs, this cuts costs by 20–30%.​
  • Quality Advantages: The honing process creates a crosshatched surface texture (chiamato “lay”) that holds lubricant better than grinding. This extends part life by 50% or more in moving applications.​

Flessibilità: CNC programs are easy to adjust, so we can switch between part designs in minutes (no need for new tooling). This is perfect for small-batch projects or rapid prototyping.

Industria delle applicazioni: Where CNC Honing Makes a Difference

CNC Honing Uses span nearly every manufacturing sector—anywhere precision holes are critical. Di seguito sono riportati la parte superiore Settori del settore Serviamo, con esempi del mondo reale:

IndustriaApplication Fields​Specific Parts We Hone​
AutomobileComponenti del motore, transmissions, braking systems​Cylinder bores, piston sleeves, brake caliper bores​
AerospazialeJet engines, attrezzatura di atterraggio, hydraulic systems​Turbine shafts, fuel injector holes, landing gear cylinders​
MedicoStrumenti chirurgici, diagnostic equipment, impiantiStainless steel instrument bores, implant sleeves​
IndustrialeIdraulica, pneumatics, manufacturing machinery​Hydraulic cylinder bores, Alloggiamenti della pompa, corpi valvole
EnergiaOil/gas pumps, wind turbine components​Drill bit bores, turbine shaft sleeves​

In each sector, our honing services ensure parts perform under extreme conditions—from high temperatures (aerospaziale) to sterile environments (medico).

Tecniche di produzione: Optimizing for Results

To get the best from CNC honing, Usiamo Specialized Tecniche di produzione that balance speed and precision. Here are three key methods we employ:

  • Adaptive Honing: The CNC machine uses sensors tolearnthe part’s unique characteristics (PER ESEMPIO., slight material hardness variations) and adjusts the process in real time. This ensures consistent results even with imperfect raw materials.​
  • Single-Pass Honing: For high-volume parts (like automotive cylinders), we use a tool that combines rough and finish honing in one pass. This cuts cycle time by 40% while maintaining tight tolerances.​
  • Strumenti personalizzati: For non-standard hole shapes (PER ESEMPIO., square bores or tapered holes), we design custom hones with shaped abrasive stones. This eliminates the need for secondary machining steps.​

Questi Honing Techniques are backed by decades of experience—we don’t just follow industry standards; we help set them.

Casi studio: Real Success Stories

Nostro CNC Honing Services have solved complex problems for clients across industries. Below are two short Casi studio that highlight our impact:

Caso di studio 1: Automotive Engine Manufacturer​

A leading car maker struggled with inconsistent cylinder bore tolerances (± 0,01 mm) using manual honing. This caused engine oil leaks and warranty claims. We switched them to our CNC honing process, delivering tolerances of ±0.005mm. Risultati:

  • 90% reduction in oil leaks​
  • 25% lower warranty costs​
  • 30% produzione più veloce (24/7 automazione)

Caso di studio 2: Azienda di dispositivi medici

A client needed precision bores for surgical tool handles (materiale: titanio; tolleranza: ± 0,001 mm). Manual methods caused fraying and inconsistent finishes. Our adaptive CNC honing (with specialized abrasives) achieved perfect results. Risultati:

  • 100% pass rate on quality inspections​
  • 50% faster time-to-market (Nessuna rielaborazione necessaria)

Compliance with FDA sterile surface standards

Perché scegliere noi: Our Competitive Advantages

With so many CNC honing providers, Perché collaborare con noi? Ecco la parte superiore Reasons to Choose our services:

  1. Proven Precision: We maintain ISO 9001 certification and have a 99.8% quality pass rate—meaning nearly every part meets your specs. Our CMM inspection ensures no defects slip through.​
  1. Capacità scalabile: Se hai bisogno 10 parti o 100,000, Nostro 24/7 production line scales to your timeline. We handle rush orders (3–5 day turnaround) for emergency projects.​
  1. Expert Team: I nostri ingegneri in media 15+ years of CNC honing experience. They don’t just run machines—they help optimize your design to reduce costs and improve performance.​
  1. Transparent Pricing: We provide detailed quotes with no hidden fees. For long-term partnerships, Offriamo sconti sul volume (fino a 15% for annual orders over 50,000 parti).
  1. Servizio incentrato sul cliente: We assign a dedicated project manager to every client—so you always have one point of contact for updates, domande, or changes.​

Nostro Punti di forza aren’t just about equipment—they’re about delivering the Customer Benefits that matter most: affidabilità, velocità, and peace of mind.

Domande frequenti

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