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Robot Structural Components 6061-T6 Aluminum Anodized 0.01mm Precision Part
Precision CNC-machined robot structural components in 6061-T6 aluminum with ±0.01mm tolerance. Features complex cavity machining, anodized finish, and ISO 9001:2015 certification. Offers custom designs, rapid prototyping, and scalable production for industrial and collaborative robots.
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Robot Bearing Housing Dual Bearing 6061-T6 Aluminum 0.01mm Tolerance CNC Machined
Precision CNC-machined robot structural components in aerospace-grade 6061-T6 aluminum, achieving ±0.01mm tolerance via 5-axis machining. Features dual bearing housings, internal rib structure, and integrated cable routing for optimal strength-to-weight ratio. ISO 9001:2015 certified, with full inspection reports. Flexible from prototype to mass production, with custom design options and fast delivery.
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Humanoid Robot Parts Articulated Connecting Arm Dual Bearing Seats CNC Machined
CNC precision machining robot articulated curved connecting arm with +/-0.01mm tolerance. Dual bearing seat aluminum robot joint linkage. OEM batch production. ISO9001:2015 certified.
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Robot Joint Bearing Housing 4-Hole Flange Mounting Aluminum CNC Machined 0.01mm
CNC precision machining robot joint bearing housing flange with +/-0.01mm tolerance. Precision aluminum bearing seat with 4-hole mounting. Multiple sizes for batch production. ISO9001:2015 certified.
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Hollow Lightweight Robot Hollow Joint 6061-T6 Aluminum Anodized 0.01mm Repeatability
Custom CNC machined aluminum robot joint arms from 6061-T6/7075 alloy. Hollow lightweight design cuts inertia for faster motion. Precision ±0.01mm, anodized finish, 10kg load. Full customization from prototype to mass production.
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Humanoid Robot Joint Flanges Bearing Housings CNC Precision Machined 0.01mm
Precision CNC machined robot joint flanges and bearing housings manufactured to +/-0.01mm tolerance. Specializing in aluminum 6061-T6 and 7075-T6 components for industrial and collaborative robots. Features precision hole arrays, bearing bores, and weight-optimized designs. From
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Medical Device Components Integrated Connector Stainless Steel Multi-Segment 0.01mm
Medical Tube Fitting 316L Stainless Conical Seat CNC Turned 0.01mm Accuracy
Medical Sleeve Bushing Stainless Steel Internal Bores CNC Precision Machined 0.01mm
Biocompatible Aluminum Parts Medical Multi-Port Valve Manifold 6061-T6 CNC Machined
Medical Device Components End Cap Cover Plate Stainless Steel Central Bores 0.01mm
Medical Sleeve Bushing 316L Stainless Multi-Segment CNC Turned 0.01mm Tolerance
Medical Tube Fitting Mirror Polish 316L Stainless CNC Turn-Mill 0.01mm Fit Grade
Medical Valve Body 316L Stainless Multi-Port Valve Block 0.01mm CNC Precision
Mirror Polished Medical Parts Brass Fitting Fine External Threads CNC Turned 0.01mm
Automotive Turning Parts Double-End Threaded Adapter Brass Hex Body CNC Turned
CNC Automotive Parts Brass Gear Probe Integrated Hex Body Cross-Bore Tapered Tip
CNC Automotive Parts Knurled Knob Diamond Grip Surface Brass Fine Threads 0.01mm
CNC Automotive Parts Hollow Bolt Tubular Tip Longitudinal Slots Hex Base 0.01mm
Custom Machined Parts Mini Brass Threaded Fitting Hex Body 0.01mm Precision Turn-Mill
Stepped Shaft with Flanged Collar Stainless Steel CNC Precision Machined 0.01mm
Brass Machined Fittings Pressure Gauge Adapter Body Customized Hardware 0.01mm
Sheet Metal Bracket Bent Folded Flanges Precision Holes CNC Stamping Part 0.01mm
Double-End Threaded Stud Hex Center Symmetric Fine Threads CNC Turned 0.01mm
Brass Hex Head Cross Bore Threaded Fitting Machining Mirror Finish 0.01mm
Lens Barrel Machining Multi-Section Cylindrical Housing Locating Pin Holes CNC Turned
Latest News
2026-10-28 15:53:58
Stamping Die Clearance: Calculating Burr Height Before You Cut Your Steel
Clearance Decides the Edge Before the Press Runs In stamping, the gap between punch and die sets how the material fractures. Too small and the edge shears with a secondary burr and rapid tool wear. Too large and the material tears, leaving a rough edge and a burr that varies along the contour. ...
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2026-10-28 15:53:55
Swiss Turning versus Conventional Turning: When the Guide Bushing Pays Off
The Difference Is Support, Not Spindle Speed A conventional lathe holds the part at one end. A Swiss machine holds it in a guide bushing a few millimetres from the tool. Everything else follows from that single difference: deflection, achievable length to diameter ratio, tolerance on small diameters...
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2026-10-28 15:53:53
Tombstone Setup Sheet: Datum, Fixture Offsets and the First Good Part Right
The Setup Sheet Is Where Tombstones Fail A four face tombstone with good squareness can still produce scrap if the setup sheet sends the operator to the wrong datum. The fixture is only half the system; the paperwork that tells the machine where the faces are is the other half. One Datum, Then ...
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