Milling Robots

Milling Robots – High-Precision Robotic Machining Solutions

Enhancing Automation with Robotic Milling Technology

Milling robots are transforming modern manufacturing by providing flexible, high-precision machining solutions for a wide range of industries. From automotive and aerospace to sculpting, prototyping, and industrial production, robotic milling delivers exceptional accuracy, efficiency, and cost-effectiveness compared to traditional CNC machines.

At Robotic Hi-Tech Solutions, we offer customizable milling robot systems, designed to meet your specific machining requirements. Whether you need a standalone robotic milling solution, a rotating table for enhanced flexibility, or a linear track for extended reach, we provide fully integrated robotic milling work cells to optimize your production workflow.

Our Milling Robot Solutions

Robot Alone

Compact & High-Performance Milling

For businesses seeking a compact yet powerful milling system, our robot-alone setup offers exceptional flexibility and precision. This configuration includes:

This system is ideal for machining foam, wood, marble, plastic, and carbon fiber, delivering precise cuts and complex detailing without the constraints of a traditional CNC machine.

Robot with Rotating Table

Enhanced Flexibility

For more dynamic and multi-angle milling applications, our robot with a rotating table provides:

This solution is perfect for projects that require 360-degree access to workpieces, enabling highly detailed and complex cuts on stone, composites, and various materials.

Robot with Track

Extended Reach & Scalability

For large-scale machining, our robot with a linear track offers increased work area coverage, making it ideal for:

This system includes a heavy-duty linear track, up to 15 meters in length, ensuring smooth and precise movement across multiple machining zones.

Robot with Track & Rotating Table

Maximum Versatility

For the ultimate milling flexibility, our robot with both a track and a rotary table delivers unmatched precision and adaptability. Key advantages include:

This system is ideal for architectural milling, boat/yacht mold machining, artistic sculptures, and industrial prototyping, allowing for efficient production with minimal material waste.

Robotic Educational Cell

Advanced Training & Research

Designed for universities, training centers, and research institutions, our Robotic Educational Cell provides a safe and flexible learning environment for students and engineers. Features include:

NEW KUKA Kr6 Kr700 or R900 or Used Fanuc Robot LRmate200 R30iA
New Spindle
Extenal cabinet
Cell with safety door
Sprutcam Software
Training
Post processor

This setup allows learners to explore robotic pick-and-place operations, milling, and cutting, using industry-leading software like SprutCAM.

SprutCAM X Robot

The Ultimate Offline Programming Solution for Robotic Precision

SprutCAM X Robot isn’t just software — it’s the backbone of next-generation robotic manufacturing. Built for engineers, integrators, and industrial innovators, it merges CAD, CAM, and Offline Robot Programming (OLP) into one intuitive, high-performance platform.

Whether you’re automating CNC milling, welding, additive manufacturing, or complex multi-axis processes, SprutCAM X Robot equips you to work smarter, faster, and with absolute confidence.

Three main tabs: Model, Machining, Simulation

Model Tab – Import, design, and transform your 3D models with ease. Whether you’re starting from scratch or bringing in existing geometry, this is where your project takes shape.
Machining Tab – Define your entire technological process. From toolpath generation to strategy selection, this is where the real work happens — expect to spend around 80% of your time here fine-tuning operations.
Simulation Tab – Validate every move before it hits the shop floor. Visualize, optimize, and ensure collision-free execution with accurate, real-time kinematic simulation.

Parameters inspector

Inspector: Your Command Center for Precision

The Inspector panel is where you define and fine-tune all the critical parameters of your machining process — from job zone boundaries and toolpath strategies to tolerances, interpolation methods, entry/exit motions, linking moves, feed rates, speeds, and even toolpath transformations.

Everything you need for complete control, all in one place.

CAM tree

Machining Operations Sequence

A structured, step-by-step list of all machining operations — precisely ordered to ensure optimal workflow, tool efficiency, and part accuracy. Easily editable, fully visual, and central to your programming process.

Auxiliary tools

Essential Tools for Daily Workflow

SprutCAM X Robot comes equipped with a powerful set of utilities designed to streamline your everyday tasks:

Virtual Machine Pendant – Control and test robot movements interactively
Tape Measure – Quickly measure distances between geometry elements
Postprocessor – Generate precise, robot-specific NC code
Machining Report – Export a complete overview of your operations
Tool Management – Organize and configure all tools in your library
Verify & Compare Tool – Check tool parameters and compare versions
Tool Reach Inspector – Analyze reachability and optimize positioning
Axes Graph – Visualize robot joint motion and limits
3D Model Transformation Tools – Adjust, align, and position models in space with accuracy

A toolkit built for professionals who demand precision and efficiency — every step of the way.

Robot axis map

Take Full Control with the Robot Axis Map

Easily manage singularities, avoid collisions, respect reach zone limits, and harness the power of the 6th axis’ redundant degrees of freedom — all with the Robot Axis Map, a dedicated tool built for precise control and intelligent path planning.

Robot digital twin

Machine-Aware Programming at Its Core

SprutCAM X Robot is a machine-aware CAD/CAM platform — meaning every toolpath is calculated with full awareness of your robot’s real-world kinematics and limitations. Using the digital twin of your robotic cell, the software ensures that toolpaths are not only optimized for geometry, but also fully executable on your actual hardware. What you simulate is exactly what you get.

Part, workpiece and tool

Accurate, Real-Time Simulation of Workpiece Evolution

Experience precise and fluid simulation of how your workpiece transforms throughout the machining or additive process. SprutCAM X Robot visualizes material removal or deposition in real time — ensuring you catch issues early and deliver perfect results.

Graphic view

The Central Workspace

This is the core visual environment where everything comes together. The digital twin of your machine, the part, the workpiece, and the tools are all displayed here. SprutCAM X Robot brings this space to life with interactive elements and real-time simulation — allowing you to program, visualize, and validate your process with complete confidence.

Offline Robot Programming Workflow

From CAD to Shop Floor — Without Touching the Teach Pendant

SprutCAM X Robot redefines robotic programming by moving the entire process offline. Instead of wasting valuable production time on manual teaching, you simulate, optimize, and deploy with precision — all within a single environment.

Here’s how the workflow unfolds:

Import Your CAD Model

Start by importing your 3D part model into SprutCAM X. The software supports all standard CAD formats, ensuring seamless integration with your existing design process.

Create the Machining Strategy

Define the operations you need — milling, welding, cutting, spraying, additive, or polishing. Choose from a rich library of preconfigured strategies or customize toolpaths tailored to your specific needs.

Assign the Robot

Select the robot model from SprutCAM X’s extensive library or import your custom setup. Add any necessary positioners, rotary axes, linear rails, or external devices.

Simulate & Optimize

Preview the entire operation with full kinematic simulation. Detect collisions, singularities, reach limitations, and refine the robot’s movements — all before generating code.

Generate Robot-Specific Code

SprutCAM X automatically translates your optimized toolpaths into native robot code (KRL, RAPID, INFORM, etc.) — tailored to your specific robot brand and controller.

Deploy & Run

Transfer the verified code to your robot. Since everything’s already been validated in your digital twin, the real-world execution is smooth, accurate, and fast.

MachineMaker: Build Digital Twins Without Code

MachineMaker, the zero-code cell builder in SprutCAM X Robot, lets you quickly create accurate digital replicas of your robotic setup. Design entire workcells — including robots, positioners, rails, and end effectors — and simulate every movement in real time, all within a virtual environment.

Backed by a vast library of kinematic diagrams and certified post-processors, SprutCAM X Robot ensures your generated code is accurate, optimized, and ready for deployment. No guesswork, no downtime — just seamless integration from screen to shop floor.