High-Quality Custom CNC Machined Robotic Gripper Jaws Service, Quotes

Reliable robotic handling starts at the contact point. Sunmy supplies custom CNC-machined gripper jaws and end-effector components for automated assembly, machine tending and pick-and-place systems. Features such as threaded mounting interfaces, relief pockets, locating holes and contoured gripping faces are manufactured to customer drawings. Our team reviews material choice, critical fits and manufacturability before moving from a prototype to repeat production.

Product Description

Product Overview

Reliable robotic handling starts at the contact point. Sunmy supplies custom CNC-machined gripper jaws and end-effector components for automated assembly, machine tending and pick-and-place systems. Features such as threaded mounting interfaces, relief pockets, locating holes and contoured gripping faces are manufactured to customer drawings. Our team reviews material choice, critical fits and manufacturability before moving from a prototype to repeat production.

Manufacturing & Process Insights

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Multi-Axis CNC Milling

3-, 4- and 5-axis strategies are selected to suit the geometry. Datum control, access to deep pockets and the relationship between mounting holes and gripping surfaces are reviewed before machining.

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Weight and Stiffness Considerations

Pocketing can reduce moving mass, but thin walls, corner radii and load paths must be checked against the required grip force and robot acceleration. Material is removed where it makes engineering sense.

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Functional Grip and Mounting Features

We machine custom slots, tapped holes, dowel locations and contact profiles. Serrations or replaceable grip pads can be evaluated when handling delicate, smooth or irregular workpieces.

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Finishing Without Compromising Fit

Bead blasting and clear, black or hard anodizing are options for aluminum; passivation and other suitable finishes can be specified for stainless steel. Coating thickness and mating surfaces are considered in the machining plan.

Technical Specifications

Parameter Specification / Capability Customer Customization Options
Product Name Custom CNC-Machined Robotic Gripper Jaws Made to your 2D drawings, 3D CAD or approved samples
Manufacturing Processes CNC milling (3/4/5-axis); CNC turning and EDM where needed Process and setup selected to suit geometry and volume
Material Options Aluminum 6061-T6 / 7075-T6; stainless 304 / 316L / 17-4PH; POM / PEEK Other material grades considered after application review
Dimensional Tolerances Defined by the drawing, feature geometry and intended fit Critical GD&T and achievable limits confirmed during DFM
Surface Roughness Machined finish; specified Ra values on functional surfaces Target finish and inspection method agreed per feature
Surface Treatments Bead blasting; clear/black/hard anodizing; passivation; nickel plating Finish selected for wear, corrosion and mating requirements
Mounting Features Tapped holes, counterbores, dowel bores, slots and grip profiles Metric or imperial interfaces to your actuator design
Quality & Inspection CMM, optical measurement, thread gauges and dimensional checks as applicable FAI, material certificates or detailed reports by agreement
Quality Management ISO 9001 quality management system Traceability and application-specific documentation as agreed
Accepted Drawings STEP, PDF, DXF, DWG, IGES; other CAD formats by arrangement NDA and DFM review available before manufacturing
Order Quantity & Lead Time One-off prototypes, pilot batches and repeat production Lead time confirmed after drawings, volume and finish review

Key Features & Sunmy Manufacturing Advantages

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Built Around Your Robot Interface

Hole patterns, datums, jaw profiles and fastening features follow your CAD rather than a generic catalogue size.

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Designed for the Actual Load Case

Lightweight pockets, contact geometry and alloy selection are assessed against stiffness, grip force and cycle requirements.

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Repeatability Starts with Inspection

Critical bores, locating features and threaded interfaces can be checked to an agreed inspection plan before shipment.

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One Supplier Beyond the Prototype

Sunmy supports CNC, casting, stamping and injection molding when a revised design or higher-volume program makes another process viable.

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Technical FAQ for International Buyers

Q1Can Sunmy review our gripper design before manufacturing?

Yes. Send a STEP model and any critical 2D dimensions. We can review tool access, thin sections, locating features, material options and cost drivers, then flag questions before quotation.

Q2How are critical mounting holes and jaw interfaces verified?

Inspection is planned around the drawing datums and critical characteristics. Depending on the features, we use CMM measurement, gauges and dimensional checks. FAI or additional reporting can be agreed with the order.

Q3Can you handle prototypes now and repeat orders later?

Yes. We support initial samples, low-volume builds and repeat production. Quoted price and lead time depend on geometry, quantity, tolerances and finishing. Send your drawing and target volume for a practical proposal.

Q4What CAD and technical drawing file formats do you accept?

We accept native STEP, IGES, PDF, DXF, and DWG files. For 3D geometries, STEP files are preferred along with a 2D PDF specifying critical GD&T and thread requirements.

Q5How do surface coatings affect the tight tolerances of mounting interfaces?

Coating thickness is factored into the pre-machining dimensions. For critical dowel holes and sliding interfaces, surfaces can be masked or post-machined to ensure specified tolerance adherence.

Q6What materials are most recommended for lightweight robotic end-effectors?

Aluminum 6061-T6 and 7075-T6 are widely chosen for high strength-to-weight ratios. For non-marking or electrically insulative applications, engineering plastics like POM or PEEK are readily machined.

Get a Fast, Technical Quote & Free DFM Review

Don't let tolerance stack-up delay your product launch. Submit your project details, and our engineering team will evaluate your design for manufacturability before the first cut.

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