Robotic Welding Platform
Application:Welding&Assemble
Process:CNC Machining
Surface treatment:Nitrided/Normal
Type:3D
Brand:Lemar
Industry:Robotic Application
Products Description
Robotic Welding Platform acts as high‑reliability fixture base dedicated to robot‑driven welding workflows. Unlike general manual welding benches, this platform delivers repeatable mechanical reference points for robot program positioning, greatly reducing teaching‑time deviation caused by unstable workholding. It adopts stress‑eliminated thick Q355 steel substrate and precise gas nitriding treatment to resist thermal shock, clamping vibration and continuous‑cycle wear. Available in D16 and D28 hole grid variants, it adapts to collaborative robot cells as well as heavy industrial multi‑robot production lines. Modular fixture sets enable fast workpiece reconfiguration without rebuilding dedicated jigs for each new part. All finished units pass complete dimensional inspection before shipment, meeting strict quality standards for global automated metal‑fabrication enterprises.
Cell:+86 159 952 699 47(Whatsapp/Wechat)
Evasummer@lemarmetal.com
Products Parameters
Products Application
Industrial robot automatic welding cells
Collaborative robot light‑component welding stations
High‑volume structural parts automated production
Vehicle frame and chassis robot welding lines
Mixed‑batch automated metal‑processing workshops
Custom robot fixture base for system integrator projects
Products Display
Products features
Consistent Robot Program Reference Base Stable flat datum keeps robot positioning repeatability and lowers program modification frequency.
Anti‑Vibration Heavy‑Duty Structural Design Thick steel plate absorbs clamping and welding vibration for steady automated cycle running.
Dual‑Grid System For Diverse Robot‑Cell Tasks Choose D16 for cobot fine assembly or D28 for heavy‑component robot welding missions.
Heat‑Resistant Nitrided Surface Property Controlled nitriding layer combats spatter adhesion and wear under non‑stop robot production.
Rapid Robot‑Cell Workpiece Changeover Modular fixtures shorten cell re‑setup time when switching among different production parts.
Expandable Layout For Multi‑Robot Station Multiple platforms can be spliced to build large working zones for multi‑robot cooperative welding.
High‑Accuracy Hole Interchangeability Precision machined holes ensure seamless fitting for all standard modular fixture components.
Resistance To Long‑Term Thermal Cycling Stress‑relieved steel minimizes dimension drift under repeated robot welding thermal cycles.
Ready‑Made For System Integrator Projects Standardized dimension design simplifies integration work for robot system integrators.
Convenient Access For Robot End‑Effector Optimized hole distribution leaves sufficient moving space for robot torch and gripper travel.
Long Service‑Life Nitrided Hole Inner Walls Nitrided bore surfaces resist continuous bolt wear under frequent automated clamping cycles.
Flexible Custom Size Options Custom platform dimensions available to fit customer‑specific robot cell footprint limits.
Products Certification
Customer Feedback
FAQ
Q1:Why cannot ordinary welding tables replace a dedicated robotic welding platform?
Common welding tables lack strict flatness stability and anti‑vibration performance. Slight deformation or vibration will accumulate positioning error and cause robot welding offset.
Q2:Which hole‑grid version suits collaborative robot projects better?
D16 version with dense 50 mm grid is preferred for cobot precision assembly. Select D28 for heavy clamping force and large‑size welded assemblies.
Q3:What influence does long‑time robot welding heat bring to the platform?
Dispersed welding heat brings negligible impact. Concentrated continuous local high heat will cause potential deformation. Avoid long‑time fixed‑point heat radiation on single plate area.
Q4:Is reinforced base frame mandatory when pairing with industrial robot arms?
It is not mandatory but strongly recommended. Reinforced base frame absorbs shock from high‑force clamping and improves overall system stability for long‑run automation.
Q5:Can your technical team support dimension confirmation for robot‑cell layout planning?
We offer technical dimension guidance. Please share your robot installation drawing and station layout sketch, our engineers will verify platform size and placement suggestions.
Q6:What payment and trade terms are supported for robot‑cell supporting platform orders?
T/T is our primary payment method. EXW FOB CIF and DDP options are available to match various overseas automation project logistics requirements.
Welcome to contact us
Tell us your robot type, workpiece weight range and station layout constraints. Our engineering team will sort out suitable platform specification and matched fixture scheme for your robotic welding project. Reach out now to stabilize and improve your automated welding output performance.
Cell:+86 159 9526 9947(Whatsapp/Wechat)
Email:Evasummer@lemarmetal.com
www.lemarmachine.com
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