Casa/Prodotti/Singolo robot di asse/SL Series Iron-Core Linear Motor with 2250N Peak Thrust for Precision Machining and Automated Handling
SL Series Iron-Core Linear Motor with 2250N Peak Thrust for Precision Machining and Automated Handling
1
MOQ
200-1000
prezzo
CaratteristicheGalleriaDescrizione di prodottoOra chiacchieri
Caratteristiche
Specificazioni
Qualità (kg/m):2.1
Lunghezza (mm):96/144/288
Spinta di picco con aumento della temperatura di 10 °C/s:2250/2700/3600/4500/4500
Foro per bullone M5:4/6/12
Evidenziare:
2250N Peak Thrust Linear Motor
,
2700N Peak Thrust SL Series
,
3600N Peak Thrust Iron-Core Motor
Informazioni di base
Luogo di origine:Cina
Marca:SXEGL
Certificazione:EPA/FCC/ROSH/ISO/CE
Numero di modello:SL130
Termini di pagamento e spedizione
Imballaggi particolari:Scatole di cartone e schiuma
Tempi di consegna:5-40
Termini di pagamento:L/C,D/A,D/P,T/T,Western Union,MoneyGram
Capacità di alimentazione:trasporto marittimo globale
Galleria
SL Series Iron-Core Linear Motor with 2250N Peak Thrust for Precision Machining and Automated Handling
Descrizione di prodotto
Simplified-Assembly SL Series Iron-Core Linear Motor is suitable for precision machining scenarios
Centered on "plug-and-play + scenario adaptation", the SL Series Iron-Core Linear Motor features operation methods closely aligned with its application fields, as detailed below:
Precision Machining Scenarios: Mount the motor on the power execution end of the equipment, connect it to the control system via simple wiring, and it can adapt to the machining process without complex debugging. During operation, relying on stable power output and matching the precise movement requirements of the equipment, it realizes various fine machining operations, suitable for the power upgrade of multiple types of machining equipment.
Semiconductor/Electronic Manufacturing Scenarios: Directly fix it to the equipment's transmission mechanism in cleanroom environments. With its jitter-free operation performance, it smoothly completes material transfer, component assembly and other operations, and can be continuously put into production without frequent maintenance.
Automated Handling Scenarios: Assemble it in the drive unit of manipulators or conveying equipment, quickly connect to the automated control system. Through flexible start-stop response, it adapts to the transfer needs of light and heavy loads, and can be directly integrated into the material flow links of various production lines.
Medical Device Scenarios: Flexibly arrange it according to the equipment's installation space, adapt to medical cleanliness requirements with its environment-resistant design. After connecting to the equipment's control system, it outputs power stably, ensuring the smooth development of various precision testing or auxiliary operations.