Tooling adapter
Threaded or flanged robot-tool interface
PRECISION HARDWARE FOR AUTOMATION
Compact machined interfaces for automated motion.
Turned connectors, sleeves, sensor mounts, covers and custom structural hardware for automation and robotics equipment.
Drawing-ledRFQ review
Thread & fitFeature control
Finish & evidenceAgreed scope
Sample to batchRevision control
DIRECT ANSWER
What KEC Tour supplies for automation & robotics.
KEC Tour manufactures customer-designed metal hardware used around automation mechanisms. Complete robot design, electronics, motors and control systems are outside the standard supply scope.
Ask about your applicationPART-TO-APPLICATION MAP
See where the custom hardware works.
The end product provides context. The released drawing still controls every dimension, material, finish and inspection requirement.
123Motion sleeve
Concentric bore and shoulder control
Equipment cover
Fabricated protection for machine modules
ENGINEERING PRIORITIES
Details that influence the manufacturing route.
Interface alignment
Mating bores, shoulders, threads and mounting patterns are reviewed together.
Compact geometry
Tool access, thin features, deburring and finish impact are resolved before machining.
Revision discipline
Prototype changes are captured before the repeat batch is released.
COMMON CUSTOM COMPONENTS
Quote the part—not only the industry.
Sensor mounts
Compact turned and milled hardware for stable sensor positioning.
Motion sleeves
Bored sleeves and bushings for shafts, pivots and linear interfaces.
Tooling adapters
Custom threaded and flanged interfaces for robot end tooling.
Machine covers
Sheet-metal and machined covers for automation modules.
MATERIAL & PROCESS MATCH
Choose material around exposure, fit and finish.
Final material, condition, certification and finish remain controlled by the released drawing and agreed quotation.
Compare all material guides
Austenitic stainless steel
Stainless Steel 304
A widely specified stainless grade for general industrial, instrument and outdoor hardware where corrosion resistance, clean appearance and fabrication flexibility matter.
Open material guide
Corrosion-resistant austenitic stainless steel
Stainless Steel 316
Often considered for fluid, marine, coastal and chemical-exposure hardware where the application requires a more demanding corrosion strategy than general-purpose stainless steel.
Open material guide
Lightweight non-ferrous alloys
Aluminum Alloys
A practical family for lightweight housings, brackets, covers, fixtures and mobility hardware, with alloy and temper selected around strength, machining, forming and finish.
Open material guide
Copper-zinc alloys
Brass
Commonly considered for compact threaded connectors, bushings, adapters and detailed turned hardware where machinability and a distinctive non-ferrous material are useful.
Open material guide
General engineering steels
Carbon Steel
A broad family for shafts, sleeves, brackets, fixtures and structural hardware where strength, cost and secondary corrosion protection are balanced.
Open material guideDRAWING TO REPEAT ORDER
Five controlled checkpoints.
RFQ review
Align files, material, thread, finish, quantity and use.
Manufacturing review
Resolve tool access, deformation, burrs and inspection.
Sample confirmation
Approve released revision and agreed quality evidence.
Batch production
Machine and finish under the confirmed requirements.
Packing & reorder
Protect finish, traceability and repeat-order information.
APPLICATIONS
Where these custom parts are used.
Robot tooling
Drawing-defined metal hardware reviewed for the assembly, environment and inspection need.
Sensor mounts
Drawing-defined metal hardware reviewed for the assembly, environment and inspection need.
Conveyor automation
Drawing-defined metal hardware reviewed for the assembly, environment and inspection need.
Inspection cells
Drawing-defined metal hardware reviewed for the assembly, environment and inspection need.
Linear motion systems
Drawing-defined metal hardware reviewed for the assembly, environment and inspection need.
Machine vision hardware
Drawing-defined metal hardware reviewed for the assembly, environment and inspection need.
VERIFY BEFORE YOU BUY
Trust signals that can be checked.
Good supplier evidence is current, scoped and connected to the exact manufacturing source—not shown as a decorative badge.
Factory-direct route
Talk to the manufacturing source
Drawing questions, process route and inspection scope remain connected to the factory conversation.
Review company profile ↗Live workshop
See production before release
Plan a guided video review of turning, milling, sheet metal, finishing and inspection touchpoints.
Open live workshop ↗Certification package
Verify current documents
Request current certificates and check legal entity, manufacturing address, scope, validity and issuing body.
Request certificate pack ↗Third-party assessment
Review supplier evidence
Request the current assessment or audit package and confirm which factory, date and manufacturing scope it covers.
Plan supplier review ↗Order evidence
Define reports before production
Material certificates, first-article records, thread-gauge checks, photos and inspection reports are supplied by agreement.
Review quality workflow ↗Drawing protection
Use an NDA for sensitive files
Request an NDA and agree file access, revision ownership and retention expectations before sharing controlled data.
Contact engineering ↗BUYER FAQ
Questions to resolve before quotation.
Does KEC Tour design complete robots?+
No. KEC Tour manufactures drawing-based metal components; complete robot design, electronics, motors, bearings and integration are not included.
Can small prototype quantities be reviewed?+
Yes. One-piece and urgent sample requirements can be reviewed subject to geometry, material and process availability.
What files improve an automation RFQ?+
Provide STEP/STP, a dimensioned PDF drawing, quantity, material, finish, critical fits and inspection expectations.
RELATED INDUSTRIES
Explore adjacent hardware requirements.
READY FOR A DRAWING REVIEW?
Start your RFQ →