Robotics Industry Manufacturing
BatchMach Precision machines custom metal and engineering plastic parts for robotic joints, end effectors, and mounting structures. From arm connections and gripper bodies to tool adapter plates, we support robot development, equipment integration, and design updates with parts made to your drawings, material specifications, and assembly requirements.
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19+
Years of Experience
250+
Machines & Testing Equipment
11,000 m²
Manufacturing Area
200+
Skilled Staff
ISO
9001 / 13485 / AS9100D
With years of experience in batch production and precision inspection of complex parts, we manufacture and inspect components to drawing requirements, covering critical dimensions, geometric tolerances, and material specifications. We provide complete measurement reports and material certificates to ensure delivered parts meet the specified requirements.
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BatchMach Precision’s machining experience covers joint connections, gripper bodies, tool adapter plates, and locating hardware. Our team understands the machining challenges of mating bores, interfaces on multiple faces, and lightweight structures, helping identify potential issues during drawing review and reduce rework after prototype assembly.
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Our equipment includes DMG MORI DMU 95 and DMU 75 five-axis machining centers, Mazak VARIAXIS five-axis machines, and INTEGREX mill-turn equipment. Combined with three-axis, four-axis, and horizontal machining, this range lets us select suitable processes for features in multiple orientations on joint housings, connecting shafts, and end-effector mounts.
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Deep slots, small internal corners, and difficult-to-reach holes can increase prototype cost and machining time. Our team provides DFM feedback within 24 hours, explaining specific manufacturing challenges and possible adjustments before production. Changes to the design remain subject to your engineering team’s approval.
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A gripper assembly may require an aluminum body, steel connections, and plastic contact pads. BatchMach Precision supports coordinated machining of these components, confirming materials, quantities, and mating dimensions against each drawing. This reduces the purchasing effort of managing separate machining suppliers for the same assembly.
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Order a single gripper finger or a set of tool adapters—BatchMach Precision machines to your drawings with no minimum order quantity. Purchase the parts needed for grasping trials, positioning checks, and assembly testing before committing to further quantities, limiting inventory while the design is still evolving.
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Get machining quotes directly from BatchMach Precision, with technical requirements, pricing, and delivery discussed with the same supplier. For projects with multiple part numbers, we can quote each component and quantity separately, giving you clear costs for planning purchases across development stages.
Our precision machining for robotics combines CNC milling, turning, and five-axis machining to produce parts with accurately located mounting features and controlled mating dimensions.
Robot arm connection plates, gripper bodies, and sensor brackets often combine mounting holes, locating slots, and weight-reduction pockets within limited space. We establish machining datums from the specified mounting and locating features to control hole patterns relative to support surfaces. Thin walls and narrow sections receive appropriate support to limit vibration and distortion.
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Joint shafts, sleeves, spacers, and tool flanges require controlled diameter fits and axial positioning. BatchMach Precision machines outside diameters, bores, shoulders, grooves, and threads, with attention to bearing seats and locating faces. Parts that also need keyways, cross-holes, or mounting flats can be completed using mill-turn machining.
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Offset tool mounts, irregular links, and compact joint housings can contain features that are difficult to access with conventional setups. Five-axis machining provides access to angled holes, inclined mating faces, and complex profiles. Tool reach and workholding clearance guide the machining sequence, allowing related features to be completed with fewer repositioning steps where practical.
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Robot development often involves changes to gripping positions, tool offsets, or sensor layouts. We produce parts from the current drawings for grasping trials, motion-clearance checks, and assembly testing. Once the design is confirmed, small and large batches can follow, with part numbers, materials, and revisions checked before production.
Get a QuoteBatchMach Precision machines custom robot parts from metals and engineering plastics for robot arms, joints, end effectors, and mounting assemblies. The categories below illustrate part of our machining scope. From individual connections to multiple components within an assembly, we review each project around its materials, geometry, and fit requirements.
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Arm connection plates, links, support blocks, and lightweight brackets connect mechanisms while leaving room for motion and cable routing. We machine profiles, weight-reduction pockets, and mounting holes to your drawings, with attention to thin-section distortion and the relationships between mounting faces and locating features.
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Bore sizes, locating shoulders, and face positions in joint housings, bearing carriers, and end caps affect the installation of bearings and drive components. BatchMach Precision machines these features from the specified datums, checking mating bores, support faces, and mounting hole patterns to support the required clearances and axial positioning.
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Gripper fingers, gripper bodies, vacuum cup mounts, and plastic contact pads must accommodate the workpiece and available handling space. We machine gripping profiles, locating grooves, and mounting interfaces to the supplied design, removing burrs from contact edges. Metal bodies and replaceable contact pads can be machined together for different tooling configurations.
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Tool adapter plates, connection flanges, and mechanical interfaces within tool-changing assemblies connect the robot wrist to its tooling. Machining focuses on the relationship between centering bores, mounting patterns, and connection faces. Side interfaces and offset geometries also require suitable workholding and tool access.
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Camera brackets, sensor mounts, lens mounting plates, and encoder brackets establish specified mounting heights, angles, and positions. We machine locating holes, adjustment slots, and mounting steps to provide the mechanical interfaces for subsequent alignment and calibration. Mating surfaces and grounding locations are identified before finishing.
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Connecting shafts, sleeves, spacers, and coupling hubs often combine turned surfaces with keyways, flats, or cross-holes. BatchMach Precision uses turning and milling to control diameters, shoulder lengths, and connection locations against the drawing. Slender shafts and thin-walled sleeves receive appropriate support to limit machining and clamping distortion.
Material selection for robotic parts involves weight, loading, motion interfaces, and contact requirements. BatchMach Precision machines both metals and engineering plastics, supplying load-bearing connections and replaceable gripping components to your specified grades and drawings.
Aluminum suits gripper bodies, tool adapter plates, arm connections, and sensor brackets where weight matters. We machine weight-reduction pockets, mounting holes, and complex profiles, with support arranged around thin sections. Alloy, temper, and anodizing requirements are confirmed before machining to address structural needs and final fit.
Common Grades:
Retains the specified machined surface while avoiding additional finishing costs and processing time.
Improves aluminum corrosion resistance and offers color options for identifying different tools and components.
Increases aluminum surface hardness and wear resistance, helping reduce wear from contact and sliding.
Softens the appearance of machining marks and creates a consistent matte texture.
Helps maintain corrosion resistance and reduces the risk of rust caused by surface iron contamination.
Adds wear and corrosion protection to machined mechanical components.
Provides a black appearance with minimal dimensional change, making it suitable for steel parts with precision fits.
Provides clear identification for tool selection, revision checks, spare-part management, and batch traceability.
BatchMach Precision checks robotics components against customer drawings, focusing on the features that determine fit, alignment, and assembly. Our ZEISS and Hexagon CMM equipment supports dimensional verification, with inspection reports and material certificates available to meet order requirements.
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We inspect bearing seats, shaft diameters, locating bores, and mounting-hole positions against specified tolerances. CMM measurements verify the relationship between mating faces and locating features, helping prevent misalignment when components are assembled.
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First-piece inspection confirms the setup before production continues. In-process checks monitor critical dimensions for changes caused by tool wear or machining variation. Final inspection verifies drawing requirements, with particular attention to features shared across mating components.
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Part numbers, drawing revisions, and material grades are checked against the order requirements. Dimensional reports, first article inspection records, and material certificates can be supplied as requested, giving your engineering team clear documentation for incoming inspection and assembly approval.
Ready to start your next robotics project?
Get a QuoteBatchMach Precision manufactures custom robot arm connection plates, gripper bodies, joint shafts, sleeves, spacers, tool flanges, sensor brackets, and joint housings. Our CNC milling, turning, mill-turn, and five-axis machining capabilities cover mounting components, precision rotational parts, and housings with features on multiple faces.
BatchMach Precision offers precision turning tolerances down to ±0.005 mm and CNC milling tolerances down to ±0.01 mm. We inspect bearing seats, shaft diameters, locating bores, and mounting-hole positions against the drawing requirements. ZEISS and Hexagon CMM equipment verifies the relationship between critical features and machining datums.
BatchMach Precision machines robotics components from aluminum, stainless steel, carbon steel, alloy steel, and engineering plastics. Available grades include aluminum 6061 and 7075, stainless steel 304, 316L, and 17-4PH, as well as POM and PEEK. Each order follows the specified material grade and condition.
Five-axis CNC machining is useful for robot parts with angled holes, inclined mounting faces, complex profiles, or features that are difficult to reach in conventional setups. BatchMach Precision uses DMG MORI and Mazak five-axis equipment for compact joint housings, irregular links, and tool mounts. Fewer repositioning steps help control alignment between related features.
Yes. BatchMach Precision supports single prototypes, trial batches, and large production orders with no minimum order quantity. Prototype parts can be used for gripping trials, motion-clearance checks, and assembly testing. Once the design is approved, production follows the confirmed drawings, material specifications, and inspection requirements.
BatchMach Precision can machine simple parts in as fast as one day, with rapid machining options starting from three days. The confirmed schedule depends on part complexity, material availability, quantity, finishing, and inspection requirements. Send your drawings and required delivery date so we can quote a production schedule for your project.
The cost of CNC machined robot parts depends on material, geometry, tolerances, quantity, surface finishing, and inspection requirements. BatchMach Precision provides factory-direct quotations based on your drawings. Our machining review identifies cost drivers such as deep pockets, restricted tool access, repeated setups, and unnecessarily tight tolerances, helping you reduce cost while retaining functional requirements.
BatchMach Precision offers as-machined finishes, bead blasting, anodizing, hard anodizing, electroless nickel plating, stainless steel passivation, powder coating, and polishing. Specify the finish, coating thickness, and any masking requirements on your drawing. Bearing seats, threads, and mating surfaces need particular attention because surface treatments can affect their final dimensions.
Send your drawings today — get a free process evaluation, quotation within 24 hours, and flexible quarterly settlement for long-term partners.