-
CNC Machined Guide Bushings
K-TEK provides custom CNC machined linear actuator housings for industrial automation, robotics, motion control equipment, and precision machinery.
Linear actuator housings protect and support internal drive components while providing accurate mounting interfaces for motors, bearings, guides, and transmission assemblies.
Our CNC machining capabilities support complex internal cavities, precision bearing seats, threaded holes, mounting surfaces, and customized structural features according to engineering drawings.
Materials: Aluminum 6061/7075, stainless steel, carbon steel, and alloy steel.
Applications: Linear actuators, industrial robots, automated production equipment, positioning systems, and precision motion control assemblies.
K-TEK offers 3-axis, 4-axis, and 5-axis CNC machining services for custom actuator housings, supporting prototypes and low-volume production.
Send us your 2D drawings or 3D models for a custom CNC machining quotation.
-
CNC Machined Linear Actuator Housings
K-TEK provides custom CNC machined linear actuator housings for industrial automation, robotics, motion control equipment, and precision machinery.
Linear actuator housings protect and support internal drive components while providing accurate mounting interfaces for motors, bearings, guides, and transmission assemblies.
Our CNC machining capabilities support complex internal cavities, precision bearing seats, threaded holes, mounting surfaces, and customized structural features according to engineering drawings.
Materials: Aluminum 6061/7075, stainless steel, carbon steel, and alloy steel.
Applications: Linear actuators, industrial robots, automated production equipment, positioning systems, and precision motion control assemblies.
K-TEK offers 3-axis, 4-axis, and 5-axis CNC machining services for custom actuator housings, supporting prototypes and low-volume production.
Send us your 2D drawings or 3D models for a custom CNC machining quotation.
-
CNC Machined Cam Follower
K-TEK manufactures custom CNC machined cam follower components for industrial automation, packaging machinery, and precision mechanical motion systems.
Cam follower components are used in cam-driven mechanisms to support controlled movement, positioning, and mechanical synchronization. Accurate shaft dimensions, mounting interfaces, and eccentric features are important for reliable assembly and operation.
Our CNC turning and milling capabilities support custom cam follower shafts, eccentric studs, mounting components, and precision mechanical features according to customer drawings.
Materials: Carbon steel, alloy steel, stainless steel, and other specified machinable metals.
Applications: Packaging machinery, automated assembly equipment, indexing mechanisms, conveyor systems, and industrial motion control equipment.
K-TEK supports prototype development and custom production, with dimensional inspection and CMM measurement available for critical features.
Contact us with your drawings or 3D models for custom CNC machined cam follower components.
-
Precision CNC Machined Drift Racing Suspension and Steering Components
Our precision CNC machined drift racing suspension and steering components are manufactured for vehicles that operate under repeated steering loads, large suspension angles, and aggressive chassis movement. These parts are widely used in drift cars, angle kits, steering knuckles, wheel hubs, suspension arms, differential mounts, subframe supports, and custom chassis modifications. With advanced CNC milling and turning capabilities, we can produce uprights, hub carriers, suspension brackets, steering adapters, spacers, and reinforcement components with complex geometry and accurate mounting relationships.
-
Custom CNC Machined Kart Racing Hub and Chassis Components
Our custom CNC machined kart racing components are designed for lightweight competition vehicles that depend on responsive handling, accurate steering, and reliable drivetrain performance. These parts are commonly used in racing karts, wheel hub systems, axle assemblies, sprocket carriers, steering structures, pedal mechanisms, bearing supports, and chassis adjustment hardware. With precision CNC turning and milling processes, we can manufacture wheel hubs, bearing carriers, axle supports, sprocket adapters, pedal brackets, spacers, and other custom kart components with excellent dimensional consistency.
-
Aluminum Alloy Manifold for AI Liquid Cooling System
AI liquid cooling manifold made of 6061 aluminum alloy via CNC precision machining.
High cordiality of holes and smooth flow channels with low pressure drop. Hard anodizing provides corrosion and wear resistance with outstanding pressure bearing capacity.
Suitable for AI server modules with multiple cold plates in parallel, custom structures supported.
Writer: Rosie Zou | Date: Oct 15, 2026 Email:rosiezou@k-tekmachining.com | Web: www.k-tekmachining.com
-
Precision Clamping Blocks for Liquid Cold Plate Assembly
Precision clamping blocks matched for AI liquid cooling modules. Stainless steel or aluminum materials optional.
CNC fine machining with tight tolerance on counter-sunk holes and positioning slots. Ensure tight contact between cold plate and GPU to reduce thermal contact resistance.
Consistent dimensions in mass production, supporting structural parts fabrication for AI server cooling systems.
Writer: Rosie Zou | Date: Oct 15, 2026 Email:rosiezou@k-tekmachining.com | Web: www.k-tekmachining.com
-
CNC Machined End Caps
K-TEK provides custom CNC machined end caps for motors, pumps, gearboxes, hydraulic equipment, and industrial machinery. These precision components are designed to protect internal assemblies while providing accurate mounting, sealing, and alignment functions.
Our CNC machining process can produce end caps with bearing bores, seal grooves, threaded holes, mounting patterns, counterbores, and other precision features. CNC turning and milling are combined according to the geometry and production requirements of each component.
Materials: Aluminum, stainless steel, carbon steel, alloy steel, brass, and other engineering materials.
Applications: Electric motors, pumps, gearboxes, reducers, hydraulic systems, automation equipment, and industrial machinery.
K-TEK supports prototype, low-volume, and production orders. Each CNC machined end cap is inspected against the approved drawing, with dimensional reports and CMM inspection available for critical features.
Writer: Jenny Deng | Date: Oct 9, 2026 Email: jennydeng@k-tekmachining.com | Web: www.k-tekmachining.com
-
Precision CNC Spacers
K-TEK manufactures custom precision CNC spacers for mechanical assemblies, motors, bearings, robotics, automation equipment, and industrial machinery. CNC machining allows accurate control of spacer length, inner diameter, outer diameter, concentricity, and surface finish for reliable component positioning.
We produce standard and custom spacers in various designs, including cylindrical spacers, stepped spacers, threaded spacers, and precision sleeves. Depending on the application, components can be CNC turned, milled, drilled, tapped, and finished to the required specifications.
Materials: Aluminum, stainless steel, carbon steel, alloy steel, brass, and engineering plastics.
Applications: Bearing assemblies, motor systems, robotic equipment, shafts, tooling fixtures, automation machinery, and precision mechanical assemblies.
All dimensions are controlled according to customer drawings and technical requirements. Dimensional inspection and CMM measurement are available for precision applications.
Writer: Jenny Deng | Date: Oct 9, 2026 Email: jennydeng@k-tekmachining.com | Web: www.k-tekmachining.com
-
CNC Machined Manifolds
K-TEK provides custom CNC machined manifolds for hydraulic, pneumatic, fluid control, automation, and industrial equipment. These manifolds are manufactured from solid metal blocks with precisely machined internal passages, threaded ports, mounting holes, and sealing surfaces to meet specific system requirements.
Our CNC machining capabilities support complex manifold designs, including cross-drilled passages, deep holes, threaded connections, and multiple mounting features. We use CNC milling, drilling, tapping, reaming, deburring, and precision inspection to ensure accurate dimensions and reliable assembly.
Materials: Aluminum 6061/7075, stainless steel 304/316, brass, carbon steel, and alloy steel.
Applications: Hydraulic systems, pneumatic equipment, fluid control systems, industrial automation, machinery, and custom equipment.
Each CNC machined manifold is inspected according to the drawing and customer specifications, with dimensional inspection and CMM measurement available when required.
Writer: Jenny Deng | Date: Oct 9, 2026 Email: jennydeng@k-tekmachining.com | Web: www.k-tekmachining.com
-
Titanium Alloy CNC Precision Components for Special Robots | Custom High-Strength Corrosion-Resistant Robot Parts
Product Overview
For outdoor exploration, explosion-proof, underwater and heavy-duty special robot scenarios, titanium alloy CNC parts combine lightweight property, ultra-high strength and corrosion resistance. Machined from TC4 titanium alloy via 5-axis CNC precision machining, these parts work as connectors, flanges, sensor brackets and actuator housings under harsh working conditions.
Key Advantages
1. TC4 Titanium Alloy: High strength-to-weight ratio, resistant to seawater, acid & alkali, excellent anti-fatigue performance.
2. Ultra-precision machining: Complex free-form structures, deep holes and thin-wall parts with tight geometric tolerance control.
3. Complete post-processing: CNC machining, polishing and passivation to meet special equipment standards.
4. Small-batch friendly: Special robot R&D orders are mostly low-volume, we support fast prototype delivery.
Applications
Underwater robots, explosion-proof inspection robots, exploration special robots, heavy-duty manipulator connectors
Author Information
Writer: Rosie | Date: Oct 6, 2026 Email: rosiezou@k-tekmachining.com | Web: www.k-tekmachining.com
-
CNC Machined AGV Mobile Robot Chassis | Custom Aluminum Base for AMR Robots
Product Overview
AGV / AMR robot chassis carries the whole power system, batteries, drive wheels and sensors, which requires excellent flatness and rigidity. Our chassis is milled from solid aluminum plate in one CNC operation to eliminate welding deformation and guarantee consistent hole positions for wheel sets and sensors. Suitable for warehouse handling and workshop mobile robots.
Key Advantages
1. Monolithic CNC milling: No welding stress & deformation, controllable chassis flatness to ensure smooth travelling.
2. Pre-machined integrated holes: Mounting holes for motors, LiDAR, cameras and batteries can be fully processed according to your drawings.
3. Surface treatment: Sandblasting + anodizing, scratch-resistant and anti-rust for dusty workshop environments.
4. Custom dimensions: Available from small inspection robots to heavy-duty handling AGV chassis.
Applications
Warehouse AGV, workshop AMR autonomous mobile robots, inspection robot chassis
Author Information
Writer: Rosie | Date: Oct 6, 2026 Email: rosiezou@k-tekmachining.com | Web: www.k-tekmachining.com
