• The Planetary arm bracket and output shaft are one-piece constructed to ensure maximum torsional rigidity.• The gears adopt the full-needle design in order to broaden the contact area and to increase the structure rigidity and the output torque.• The mild-steel gear's hardness in adopting surface hardening technology is HRC62 so that the abrasion resistance and impact toughness can be achieved best.• By adopting high technology to design the tooth profiles, the best gear tooth profiles are obt
• The Planetary arm bracket and output shaft are one-piece constructed to ensure maximum torsional rigidity.• The gears adopt the full-needle design in order to broaden the contact area and to increase the structure rigidity and the output torque.• The mild-steel gear's hardness in adopting surface hardening technology is HRC62 so that the abrasion resistance and impact toughness can be achieved best.• By adopting high technology to design the tooth profiles, the best gear tooth profiles are obt
• The Planetary arm bracket and output shaft are one-piece constructed to ensure maximum torsional rigidity.• The gears adopt the full-needle design in order to broaden the contact area and to increase the structure rigidity and the output torque.• The mild-steel gear's hardness in adopting surface hardening technology is HRC62 so that the abrasion resistance and impact toughness can be achieved best.• By adopting high technology to design the tooth profiles, the best gear tooth profiles are obt
• The Planetary arm bracket and output shaft are one-piece constructed to ensure maximum torsional rigidity.• The gears adopt the full-needle design in order to broaden the contact area and to increase the structure rigidity and the output torque.• The mild-steel gear's hardness in adopting surface hardening technology is HRC62 so that the abrasion resistance and impact toughness can be achieved best.• By adopting high technology to design the tooth profiles, the best gear tooth profiles are obt
• The Planetary arm bracket and output shaft are one-piece constructed to ensure maximum torsional rigidity.• The gears adopt the full-needle design in order to broaden the contact area and to increase the structure rigidity and the output torque.• The mild-steel gear's hardness in adopting surface hardening technology is HRC62 so that the abrasion resistance and impact toughness can be achieved best.• By adopting high technology to design the tooth profiles, the best gear tooth profiles are obt
• The Planetary arm bracket and output shaft are one-piece constructed to ensure maximum torsional rigidity.• The gears adopt the full-needle design in order to broaden the contact area and to increase the structure rigidity and the output torque.• The mild-steel gear's hardness in adopting surface hardening technology is HRC62 so that the abrasion resistance and impact toughness can be achieved best.• By adopting high technology to design the tooth profiles, the best gear tooth profiles are obt
• The Planetary arm bracket and output shaft are one-piece constructed to ensure maximum torsional rigidity.• The gears adopt the full-needle design in order to broaden the contact area and to increase the structure rigidity and the output torque.• The mild-steel gear's hardness in adopting surface hardening technology is HRC62 so that the abrasion resistance and impact toughness can be achieved best.• By adopting high technology to design the tooth profiles, the best gear tooth profiles are obt
• The Planetary arm bracket and output shaft are one-piece constructed to ensure maximum torsional rigidity.• The gears adopt the full-needle design in order to broaden the contact area and to increase the structure rigidity and the output torque.• The mild-steel gear's hardness in adopting surface hardening technology is HRC62 so that the abrasion resistance and impact toughness can be achieved best.• By adopting high technology to design the tooth profiles, the best gear tooth profiles are obt
• The Planetary arm bracket and output shaft are one-piece constructed to ensure maximum torsional rigidity.• The gears adopt the full-needle design in order to broaden the contact area and to increase the structure rigidity and the output torque.• The mild-steel gear's hardness in adopting surface hardening technology is HRC62 so that the abrasion resistance and impact toughness can be achieved best.• By adopting high technology to design the tooth profiles, the best gear tooth profiles are obt
