Robot programming
Pick and place, machine tending, palletising and process sequences. Tool frames, work coordinates, I/O logic and offline preparation.
Plan a robot program
Engineering
in motion.
Precision machining. Intelligent robotics.
The programs that bring them together.
From digital path to physical precision.Concept visual · Industrial robotics
From your drawing.
To the smallest detail.
Geometry, material and quality requirements define the process. Start with what matters to your component.
CNC / MILLINGComplex geometry. Clear requirements.
Planes, pockets, slots and contoured surfaces. Define datums, critical dimensions and tolerances to establish the right machining approach.
Prepare a machining briefMaterials, tolerances, batch size and process availability are confirmed after reviewing your documentation.
The right robot.
For your next move.
A robot arm is part of a bigger system. Define the workspace, load and operation to lay the groundwork for the right solution.
ROBOTIC SYSTEMSIllustrative concept. Not a catalogue model.
Configure your requirements.
1 kg100 kg
0.5 m3.0 m
SCOPE TO CONSIDER
Robot, gripper, machine interface and workspace safeguarding.
These parameters describe your requirements. Robot model, tooling and cell design require an engineering assessment.
Hardware has potential.
Code puts it to work.
Programs built around your part, your controller and your production process. From a digital model to a considered motion sequence.
pick_and_place.sequenceILLUSTRATIVE LOGIC
DEFINE tool = gripper
SET reference = workpiece
MOVE approach_pick
GRIP part
MOVE transfer_clearance
MOVE approach_place
RELEASE part
RETURN homePick & place pathCONCEPT VIEW
Illustrative motion study. Not a collision or safety simulation.
CNC programming & CAM
Turning and milling strategies, toolpath preparation, setup documentation and postprocessor development or adaptation for the agreed controller.
Plan a CNC programA considered path to production.
Source data → Program development → Digital verification → Machine validation
Software, controller compatibility, deliverables and on-machine validation are agreed per project.Different industries.
Specific challenges.
Mechanical engineering
Components and process automation
Housings, shafts, mounting and locating components. Loading blanks, unloading finished parts and transferring workpieces between operations.
Outline your projectElectronics & instruments
Housings, tooling and assembly
Enclosures, mounting plates and process fixtures. Positioning, assembly and component handling applications.
Outline your projectLogistics & packaging
Handling and palletising
Case palletising, product handling and packaging operations. Define the load weight, dimensions and required cycle time.
Outline your projectIndustrial equipment
Assemblies, components and work cells
Components for machinery, adapters and application-specific tooling. Welding, processing and robot integration into a production area.
Outline your projectIllustrative applications. Feasibility is assessed individually for each project.
Requirements first.
Technology follows.
Define
Share a drawing or process description, material, quantities, schedule and critical requirements.
Review
Review the inputs, clarify constraints and establish a suitable technical approach.
Agree
Confirm the specification, acceptance criteria and project terms.
Deliver
Work to the agreed plan, reviewing requirements at key project milestones.
Make your
next move.
A precision component, a robotic cell or the program behind it. Tell us what you need to make possible.
Start with a clear briefDownload your project brief and keep it ready for a conversation with MIXAX.
Good to know.
What do I need for a machining enquiry?
A 3D model and drawing showing critical dimensions, material, tolerances and surface requirements. Include quantities, operating conditions and your target schedule. If you do not have a model, describe the information available in your brief.
How do I define robot payload?
Include the weight of the part and tooling, including the gripper. Engineering selection also requires the centre of gravity, motion path, cycle time and workspace layout.
Can I get a price on this website?
This website helps you prepare a project brief. Pricing, lead times, process availability and equipment selection require a project review. There is no automated cost estimate. For programming, include the machine or robot model, controller, process, source files and expected deliverables.
How do I submit my project?
Download your brief and email it together with your drawings to mail@mixaxrobotics.com. The form itself does not send emails or upload documents.
What is included in programming support?
Robot motion sequences, offline programming, CNC toolpaths, CAM preparation and postprocessor work can be scoped around your equipment. Controller compatibility, simulation inputs and commissioning requirements are agreed for each project. All machine programs require validation on the actual equipment before production.