Product profile
Co-act EGP-C
Co-act EGP-C is SCHUNK’s certified collaborative electric two-finger parallel gripper for small components. Official specifications describe 24 V digital-I...
Facts
- Company
- SCHUNK
- Product type
- component
- Status
- commercial
- Primary capability
- safe collaborative robotic grasping
- Website
- https://schunk.com/gb/en/gripping-systems/parallel-gripper/co-act-egp-c/c/PGR_3995
About Co-act EGP-C
Co-act EGP-C is SCHUNK’s certified collaborative electric two-finger parallel gripper for small components. Official specifications describe 24 V digital-I/O actuation, 6 mm jaw stroke, 35–140 N gripping force and current-limited safe operation.
Market context
component, 1600, 900, 65842243916c6d6845edcb134d7acf659efb091ce8d4c23aec08fe72c345fa90, reviewed_16x9_official_media, Collaborative Parallel Gripper, https://d16vz4puxlsxm1.cloudfront.net/image/076200133045-Prod/image_altc1p1al57n7c7f37uu7d9s3u/-FWEBP-B2000, clean_photo_or_studio_fallback, https://schunk.com/gb/en/gripping-systems/parallel-gripper/co-act-egp-c/c/PGR_3995, https://zlsbkmaixmmnjrgpkcyp.supabase.co/storage/v1/object/public/robotics_assets/products/korthos-product-candidates-2026-08-17-batch-3/schunk-co-act-egp-c-official-16x9.jpg, Reviewed as a complete product or family composition at exact 16:9; no product crop is used., official_product_media, products/korthos-product-candidates-2026-08-17-batch-3/schunk-co-act-egp-c-official-16x9.jpg, 2026-08-17, 16:9 full transparent product silhouette on opaque studio background, hand, Collaborative Parallel Gripper, collaborative_grippers, hand, manipulation, collaborative_gripper, hand
Summary
Type: Collaborative parallel gripper
Core: Certified electric cobot end effector
Function: Grips small parts safely in collaborative robot workcells
Audience: Cobot and industrial automation integrators
Specifications
- collaborative_certification
- Certified for collaborative operation
- control_interface
- Digital I/O
- gripper_type
- Electric two-finger parallel gripper
- gripping_force_n
- 35–140 N N
- maximum_ambient_temperature_c
- 55 °C °C
- maximum_current_a
- 2 A A
- stroke_per_jaw_mm
- 6 mm mm
- supply_voltage_v
- 24 V V
Operations
- Environment
- cobot workcells, industrial assembly, machine tending
- Primary user
- robotics integrators, automation engineers, cobot users
- Role
- part handling, machine tending, assembly, collaborative manipulation
- Interaction model
- embedded end-effector component, human-robot collaboration
- Mobility class
- robot-mounted end effector
- Product detail
- component, 1600, 900, 65842243916c6d6845edcb134d7acf659efb091ce8d4c23aec08fe72c345fa90, reviewed_16x9_official_media, Collaborative Parallel Gripper, https://d16vz4puxlsxm1.cloudfront.net/image/076200133045-Prod/image_altc1p1al57n7c7f37uu7d9s3u/-FWEBP-B2000, clean_photo_or_studio_fallback, https://schunk.com/gb/en/gripping-systems/parallel-gripper/co-act-egp-c/c/PGR_3995, https://zlsbkmaixmmnjrgpkcyp.supabase.co/storage/v1/object/public/robotics_assets/products/korthos-product-candidates-2026...
Research, Articles and recent verified events
- DLR and SCHUNK expand humanoid-hand technology-transfer partnership — 2026-03-23
- SCHUNK and DLR expand cooperation for humanoid robot hand technology transfer — 2026-03-11
- SCHUNK 6-axis force/torque sensor FTS wins Product of the Year 2026 category — 2026-03-01
- SCHUNK establishes technology spin-off for humanoid robot hands — 2026-01-01
- TE Connectivity and Cellios demonstrate automated wire-harness cell — 2025-11-18
- SCHUNK previews intelligent automation portfolio for automatica 2025 — 2025-05-06
- Dexterous handover paper implements reactive human-to-robot handovers on SCHUNK SVH — 2024-11-29
- DiPGrasp paper evaluates differentiable grasp planning on SCHUNK SVH hand — 2024-08-08