Exact model
Manufacturer, model, stroke and available interface information establish the fixed starting point.
Custom robot gripper fingers
Match the finger to the workpiece.
Request a feasibility review when standard fingers cannot reach, locate or hold a defined part. Keep the existing gripper and mounting interface as the first project boundary.
- Model and interface firstReview the existing gripper before geometry
- Quote after feasibilityScope, process and timing stay project-specific
- Machine trial requiredFit, motion and grip need actual validation
Representative concept imageExample geometry—not a completed GripVera project
When standard fingers fall short
01Cannot reach
02Part rotates
03Contact is unstable
04Clearance is tight
05Several sizes
Define both sides of the interface
The gripper and workpiece must be reviewed together.
A useful first review connects mounting, stroke and clearance to the exact contact geometry required by the handled part.
Photo or CAD
Show the part, grip direction, important surfaces and the feature that should locate the pick.
Current limitation
Describe reach, rotation, slip, marking, interference or another reason the standard fingers fail.
Motion and environment
State weight, orientation, acceleration, oil, coolant, temperature and expected cycle conditions.
Guard the existing system
Change the contact geometry—not the project boundary.
A custom finger can alter reach, load position, inertia and clearance. Those effects must be reviewed before selecting a sample route.
Mounting interface
Use reliable dimensions, locating features and fastener details from the actual gripper or manufacturer information.
Stroke and clearance
Check the required opening, approach path, neighboring equipment and full gripper motion.
Contact geometry
Define where the part should be supported, located and released rather than copying a visual contour alone.
Length and mass
Finger overhang, weight and load position remain subject to the gripper manufacturer's limits.
Material and process
Material, tolerance, finish and manufacturing route are proposed only after supplier and application review.
Feasibility before manufacture
Resolve fit and motion before asking the sample to grip.
The purpose of the first sample is to expose interface, clearance and contact problems under the customer's actual machine conditions.
Define the pick
Confirm the gripper, workpiece, failure, environment, quantity and expected result.
Check fixed limits
Review mounting, stroke, overhang, load position and available motion clearance.
Propose contact
Choose a geometry direction that supports, locates and releases the defined part.
Define the sample
State process, included revisions, quantity, fee and timing in a project-specific quotation.
Validate and record
The customer tests fit, motion and grip before an accepted revision is used for repeat orders.
Start with one defined pick
Show the gripper, the part and what fails.
Send two or three useful references for an initial feasibility review. If only the worn contact surface needs replacement, use the replacement-pad route instead.
Review replacement robot gripper pads01Robot and exact gripper model
02Workpiece photo, CAD or dimensioned drawing
03Current fingers and why they fail
04Grip direction, weight, stroke and environment
05Sample quantity and expected repeat demand
Send a custom-finger brief Direct: sales@meccamore.com
Practical answers
Before you send the CAD.
What information is needed to review a custom gripper finger?
Start with the exact gripper model, handled part, current limitation and available photos, dimensions or CAD. Interface drawings, load information and motion constraints may be required before quotation.
Can you review fingers for an existing gripper brand or model?
A model-specific review can begin when reliable interface information and manufacturer limits are available. Compatibility, fit and acceptable loading are not assumed from the model name alone.
Can one finger set handle several part sizes?
That depends on the diameter or geometry range, available stroke, grip direction, required location and allowable contact movement. Define the complete part family before a common geometry is evaluated.
Who validates the custom fingers on the robot?
The customer or system integrator must validate installation, clearance, motion, grip stability, marking and wear on the actual machine. An engineering sample is not a safety certification or a general performance guarantee.