DSFT-1200P | DSFT-2200P | |
Image | | |
Panneau de contrôle | écran tactile | écran tactile |
Matériau de poignée | acier à mouler, acier inoxydable | acier à mouler, acier inoxydable |
Plage de serrage | Outils de coupe en carbure : Φ3-Φ32 mm, acier rapide, acier | Outils de coupe en carbure : Φ3-Φ32 mm, acier rapide, acier |
Coup de chauffage | 350 mm | 350 mm |
Diamètre maximal de l'outil | Φ46mm | Φ46mm |
Longueur de refroidissement | - | 160 mm |
Temps de chauffage | 2s-6s (Acier à mouler) 7s-14s (Acier inoxydable) | 2s-6s (Acier à mouler) 6s-14s (Acier inoxydable) |
Méthode de refroidissement | Refroidi par air | Refroidi à l'eau |
Temps de refroidissement | ≈5 min | ≈30 s/40 L |
Interface de base | BT/CAT/JT30-50, HSK32-100 (À commander séparément) | BT/CAT/JT30-50, HSK32-100 (À commander séparément) |
Pression d'alimentation en air | ≥0,5 MPa/5 bar/72,5 ps | ≥0,5 MPa/5 bar/72,5 ps |
Pouvoir | 10 kW | 10 kW |
Alimentation | 3-T, 380 V, 15 A, 50 Hz/60 Hz (Il est possible d'installer des transformateurs fonctionnant avec d'autres tensions d'entrée. Par exemple : 200 V 50 Hz (norme japonaise) ou 400 V 50 Hz (norme américaine).) | 3-T, 380 V, 15 A, 50 Hz/60 Hz (Il est possible d'installer des transformateurs fonctionnant avec d'autres tensions d'entrée. Par exemple : 200 V 50 Hz (norme japonaise) ou 400 V 50 Hz (norme américaine).) |
Poids | 60 kg | 180 kg |
Dimensions | 800×565×1035 (L×l×H) | 860×560×1620 (L×l×H) |
Equipped with a heating system and a cooling system
Standard tool holders: BT/CAT/JT30~50, HSK32-100
Carbide cutting tools: Φ3~Φ32mm
Cooling system: Suitable for thermal expansion tool holders with a head length ＜160mm
Quick change system: Modular design for easy installation and maintenance
Pneumatic locking
Applications
Mould Manufacturing Industry
Precision machining processes for injection moulds, stamping dies and die-casting dies.
Automotive and Component Manufacturing Industry
Production lines for machining key components such as engine blocks, crankshafts, camshafts and transmission gears.
Aerospace Manufacturing Industry
Machining of high-precision components including aero-engine blades, landing gear structural parts and spacecraft precision components.
Precision Component Machining Industry
Suitable for processing small-sized, high-precision parts such as medical devices (artificial joints, dental implants), electronic components (chip packaging moulds, precision connectors) and precision instruments (optical equipment parts, sensor components).
Rail Transit Equipment Manufacturing Industry
Machining of core components including high-speed train wheel sets, bogies and rail fasteners.
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Points forts
Program-controlled heating time to prevent tool holder overburning.
Built-in temperature control chip for effective protection of personal safety and equipment.
Heating and cooling are performed outside the work area to avoid scalding.
Equipped with a cooling system to extend continuous operation time.
New enhanced heater with double the heating efficiency of the standard type, and capable of heating stainless steel tool holders.
Rational cooling method: contact-type annular cooling ensures uniform tool shrinkage and guarantees precision.
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