This brake calliper is used as an emergency stop and holding brake in all fields of general-purpose mechanical engineering. These systems have a wide range of use as holding brakes and emergency brakes that are locked by the spring when in a passive state. Disc brakes by Elephant Brakes are strong, highly responsive, and especially suited for braking in both rotating directions because they do this without any servo assistance. STRONG, QUICK RESPONSE TIME, AND COMPACT. This reliable brake calliper offers easy assembly thanks to its lateral bolt-on ability.

This brake calliper is used as an emergency stop and holding brake in all fields of general-purpose mechanical engineering. Caliper disc brakes were developed for industrial use to meet the demand for space-saving brakes. These systems have a wide range of use as holding brakes and emergency brakes that are locked by the spring when in a passive state. This reliable brake calliper offers easy assembly thanks to its lateral bolt-on ability. Disc brakes by Elephant Brakes are strong, highly responsive, and especially suited for braking in both rotating directions because they do this without any servo assistance.

Complete release of the brake calliper is guaranteed at a pressure of 5 bar. These systems have a wide range of use as holding brakes and emergency brakes that are locked by the spring when in a passive state. This brake calliper is used as an emergency stop and holding brake in all fields of general-purpose mechanical engineering. The brake has a compact design and supports flexible assembly, as the thruster side can be replaced on demand. Disc brakes by Elephant Brakes are strong, highly responsive, and especially suited for braking in both rotating directions because they do this without any servo assistance.

The gear ratio is adjusted according to the pitch of the spindle. Since the ball screw shaft is not self-locking, it must be equipped with a drive motor with a brake. The upper and lower areas of the worm gear have bronze bushings to absorb high supporting forces. HSG lifting screw jacks can be combined with different ball screw shafts (KGS). HSG lifting gear can be used in potentially explosive areas in compliance with ATEX requirements.

The upper and lower areas of the worm gear have bronze bushings to absorb high supporting forces. The HSG hoist helical tooth is characterized by a particularly low tooth flank ratio pressure. HSG lifting gear can be used in potentially explosive areas in compliance with ATEX requirements. HSG lifting screw jacks can be combined with different ball screw shafts (KGS). The housing is machined on all sides and the standard materials are high-quality gray cast iron and aluminum.

The HSG hoist helical tooth is characterized by a particularly low tooth flank ratio pressure. The upper and lower areas of the worm gear have bronze bushings to absorb high supporting forces. HSG lifting gear can be used in potentially explosive areas in compliance with ATEX requirements. Since the ball screw shaft is not self-locking, it must be equipped with a drive motor with a brake. The special worm shaft is made of quenched and tempered high-quality steel, ground and ion treated.

The upper and lower areas of the worm gear have bronze bushings to absorb high supporting forces. INKOMA HSG lifting gear high-performance screw jacks are high-quality, durable and maintenance-free drives. The gear ratio is adjusted according to the pitch of the spindle. The housing is machined on all sides and the standard materials are high-quality gray cast iron and aluminum. Since the ball screw shaft is not self-locking, it must be equipped with a drive motor with a brake.

HSG lifting gear compressive forces are absorbed even under harsh operating conditions. The gear ratio is adjusted according to the pitch of the spindle. INKOMA HSG lifting gear high-performance screw jacks are high-quality, durable and maintenance-free drives. The HSG hoist helical tooth is characterized by a particularly low tooth flank ratio pressure. HSG lifting gear can be used in potentially explosive areas in compliance with ATEX requirements.

Since the ball screw shaft is not self-locking, it must be equipped with a drive motor with a brake. The special worm shaft is made of quenched and tempered high-quality steel, ground and ion treated. The HSG hoist helical tooth is characterized by a particularly low tooth flank ratio pressure. INKOMA HSG lifting gear high-performance screw jacks are high-quality, durable and maintenance-free drives. HSG lifting screw jacks can be combined with different ball screw shafts (KGS).

INKOMA HSG lifting gear high-performance screw jacks are high-quality, durable and maintenance-free drives. HSG lifting gear can be used in potentially explosive areas in compliance with ATEX requirements. The gear ratio is adjusted according to the pitch of the spindle. The HSG hoist helical tooth is characterized by a particularly low tooth flank ratio pressure. The upper and lower areas of the worm gear have bronze bushings to absorb high supporting forces.