Techman Robot and Tesollo Unveil Adaptive Robotic Gripper Solution for High-Mix Manufacturing

Why It Matters

It gives manufacturers rapid retooling for high‑mix, low‑volume demand, boosting productivity and reducing downtime. The announcement signals a shift from fixed‑jig automation toward adaptable collaborative robot cells.

Key Takeaways

• Articulated gripper adapts to varied part geometries
• Payload up to 15 kg in enveloping mode
• Compatible with TM5S, TM12, TM14, TM16 robots
• Enables bin‑picking and one‑kit plate operations
• Reduces need for custom jigs in low‑volume runs

Pulse Analysis

The manufacturing sector is accelerating toward high‑mix, low‑volume production as consumer demand fragments and product lifecycles shrink. Traditional fixed‑jig automation struggles to keep pace because each new part geometry often requires costly re‑tooling and line downtime. Collaborative robots have mitigated some of these constraints by offering easy programming and built‑in safety, yet their standard parallel end‑effectors still limit the range of parts they can handle. Integrating adaptive gripping technology therefore represents the next logical step in achieving truly flexible, on‑demand factories.

Techman Robot’s TM5S paired with Tesollo’s DG‑3F‑M three‑finger articulated gripper delivers that flexibility. The gripper’s multi‑jointed fingers can conform to irregular shapes, expanding the contact surface and delivering stable grasps in both pinching (2.5 kg) and enveloping (10 kg, up to 15 kg peak) modes. Because the DG‑3F‑M mounts on the same payload interfaces used by TM12, TM14 and TM16, manufacturers can scale a single cell across multiple robot models without redesign. The companion DG‑2F offers a two‑finger alternative with vertical and angular articulation, covering a broader spectrum of assembly tasks without changing jigs.

The joint announcement positions both companies to capture a growing niche in smart‑factory automation, where speed of change outweighs economies of scale. By eliminating the need for dedicated fixtures, factories can cut change‑over time by up to 40 % and improve overall equipment effectiveness. Competitors that rely on static grippers may find their solutions less attractive to OEMs seeking rapid product diversification. As the ecosystem of collaborative robots expands, we can expect more modular end‑effectors like Tesollo’s to become standard components on the factory floor.