PROCESS AUTOMATION
For repetitive part handling, we combine suitable robotics, gripping technology, sensors and, where required, machine vision to create a stable material flow.
NIKLAS ENGINEERING
03
01
Singulate and sort parts
02
Transfer workpieces
03
Load containers and trays
TYPICAL CHALLENGES
Our engineering is based on the real variation found in day-to-day production. This determines the robotics, gripping technology, sensors and peripherals.
01
PART ORIENTATION
Loose, overlapping or reflective parts are handled using suitable singulation or robust 2D/3D position detection.
02
GRIPPING PROCESS
Gripping surfaces, centre of gravity, component tolerances, double-pick risks and presence detection are validated for every variant.
03
MOVING PRODUCT FLOW
In line-tracking applications, encoder quality, camera field of view, queue management and the pick window determine whether parts can be handled reliably as belt occupancy changes.
TECHNICAL SOLUTION CONCEPT
Depending on part presentation, we combine defined trays, feeding technology, 2D vision, 3D bin picking or conveyor tracking. Grip monitoring and reject logic prevent defects from passing unnoticed to the next process.
01
Test part orientation and surface properties using real sample parts
02
Engineer the gripper with sensors, vacuum monitoring or force control
03
Implement robust vision-to-robot calibration and coordinate correction
04
Define buffer, priority and reject logic for the material flow
ENGINEERING CRITERIA
The key process data are recorded early and documented as verifiable technical constraints.
01
PART PRESENTATION
The level of part organisation determines complexity, achievable cycle time and the required vision technology.
02
SURFACE
Material and geometry influence lighting, camera selection, depth sensing and usable gripping surfaces.
03
CYCLE TIME
Image acquisition, processing, robot motion and gripper response are calculated against conveyor speed and part spacing.
04
FAULT HANDLING
Retry strategy, residual-quantity monitoring, rejection and operator intervention are deliberately incorporated.
HOW WE WORK
Trials, engineering and production ramp-up are aligned with the defining characteristics of your process.
01
Sample parts, orientation distribution, tolerances, surfaces and permitted contact areas form the technical basis.
02
Critical variants are tested using suitable lighting, cameras and gripping principles before the cell concept is defined.
03
During ramp-up, we test conveyor speed, congestion, failed picks, variant changes and transfer to downstream processes.
SERVICE & SUPPORT
The scope of service is aligned with the installed technology, shift pattern and your maintenance organisation.
01
Inspect and calibrate gripping technology, camera systems and part feeding.
02
Optimise path planning, transfer points and responses to process faults.
03
Maintain sensors, wear parts and reliable backups for restart.
DISCUSS YOUR PROJECT WITH US
Tell us about the task, current cycle time and key operating conditions. We will respond with an initial technical assessment and the appropriate next step.