Primjene tehnologije
Snaga preciznosti: napredne tehnologije obrade
U CHIRON Group specijalizirani smo za naprednu tehnologiju primjene osmišljenu da zadovolji rastuće zahtjeve visokoprecizne proizvodnje. Naše mogućnosti uključuju skiving, impulsno zubarenje, brušenje zupčanika, hobanje zupčanika i zavarivanje miješanjem trenjem, od kojih je svaka osmišljena za pružanje iznimne učinkovitosti, preciznosti i pouzdanosti. Bilo da poslujete u automobilskoj ili zrakoplovnoj industriji, naša inovativna rješenja za obradu pomažu u optimizaciji proizvodnih procesa i osiguravaju vrhunsku kvalitetu zupčanika i komponenti. S našim najsuvremenijim tehnologijama proizvođači mogu postići užu toleranciju, poboljšanu završnu obradu površina i kraće vrijeme ciklusa, čime stječu konkurentsku prednost na današnjem tržištu visokih performansi.
What are the Benefits of Applications Technology?
Processes like gear skiving, broaching, and hobbing produce gears with tight tolerances and excellent surface finishes.
Multi-tasking capabilities enable single-setup operations, increasing throughput and flexibility.
Enables production of complex geometries and custom gear profiles that traditional methods can’t easily handle.
Gears and components last longer under stress, improving product reliability.
Suitable for both high-volume production and specialized, low-volume applications.
Primijenjene tehnologije pružaju neusporedivu preciznost, brzinu i pouzdanost, dajući proizvođačima konkurentsku prednost na današnjim zahtjevnim tržištima. Bilo da se radi o visokoučinkovitom skivanju zupčanika, naprednom glodanju i hobiranju ili besprijekornom zavarivanju miješanjem trenjem, naša su rješenja osmišljena za povećanje produktivnosti, smanjenje vremena ciklusa i osiguravanje dosljedno visokokvalitetnih rezultata. Uložite u CHIRON Group kako biste osigurali budućnost svoje proizvodnje dokazanim performansama i inovacijama.
Koje opcije primjene nudimo?
Rezanje
- Skiving je najproduktivniji proces za izradu unutarnjih zupčanika, koji kombinira principe hobiranja i oblikovanja kako bi se postigle visoke brzine rezanja, kraća vremena ciklusa i izvrsna preciznost.
- Jednostavna parametrizacija zahvaljujući korisnički prilagođenom dijalogu za unos s provjerom valjanosti.
Skiving s dvostrukom vretenom
- Maksimalna produktivnost zahvaljujući mogućnosti dvostrukog vretena, visoke brzine rezanja s okretnim vretenima do 4.200 o/min.
- Najviša točnost IT7 i bolja, osobito pri neovisnom radu X- i Z-osovine.
Gear Hobbing
- Gear hobbing is a machining process that uses a rotating hob (a specialized cutting tool) and a workpiece to progressively cut gear teeth, suitable for spur, helical, worm, and spline gears.
- The continuous and automated nature of hobbing allows for high precision and faster production compared to other gear-cutting methods, making it ideal for large-scale manufacturing.
Gear Broaching
- Broaching is fast and cost-effective for mass production of gears with consistent quality, especially for internal gears and splines, though it requires a dedicated broach tool for each gear profile.
- Broaching utilizes multiple teeth in sequence, allowing for precise and consistent cutting, resulting in accurate gear profiles and tight dimensional control.
Impact Gear Milling
- Diverse application possibilities = High flexibility
- Low tool investment = Cost-effective even for small batch sizes
- Pointing, backtaper milling and deburring of gears
Friction Stir Welding
-FSW minimizes or eliminates common welding defects like porosity, cracking, and distortion often found in fusion welding, due to its solid-state nature.
- FSW for aluminum alloys doesn't require filler metals or flux, simplifying the process and reducing costs.
- The process creates a fine-grained microstructure in the weld, resulting in joints with high tensile strength and excellent ductility.
Frequently Asked Questions:
Why is Application Technology Important?
Gearing technology is important because it enables efficient transmission of power, allowing machines to adjust speed, torque, and direction to meet specific performance needs. It is essential for precision, durability, and energy efficiency in countless applications, from vehicles and industrial equipment.
Do we have any Technology cycles?
Yes we do have technology cycles, these include TRANSMIT and TRANSCYL.
What different type of Gears are there?
Common gear types include spur gears, helical gears, bevel gears, worm gears, planetary gears, and rack-and-pinion systems, each suited for specific applications.