ROBOTICS, Ai
& AUTOMATION

Precision automation & Ai solutions are necessary for modern assembly processes. Our DFAA services provide benefits such as reduced costs and increased reliability. We can help you create advanced automations with high productivity and flexibility.

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At a glance capabilities & applications

Motion
Control

Precision Assembly,
High Velocity - high speed pick and place operations

Precison
Alignment

Alignment of optical components with repeatability tighter than +/- 25 microns in X-Y

Semiconductor Wafer Handling

Robotics system automate & facilitate the handling of silicon wafers during the semiconductor manufacturing process

Machine Tending

Automate repetitive, heavy-duty machine tending tasks involving CNC, injection molding and stamping

Inspection &
Testing

Submicron Accuracy and Inspection

Robotic Systems Integrations

The right robot for the application is an important step in determining and achieving optimal performance and flexibility

Factory Automation Software

Factory automation software that controls & monitor your robotic assembly - from a single cell to full line control

Robotic Welding

Welding process line including component fixturing & handling for products welds of differing types

Cobots

Assembly to painting, from palletizing to screw-driving, from packaging to polishing, from injection molding to welding

Microfactories

Microfactories' modular approach allows for maximum flexibility

Automated Disassembly

Intelligently sort, separate
& remove components for reuse and recycling

Data-driven, automation
software platform

In-depth insights into production processes, allowing to identify areas for improvement & increased efficiency

SupliChainPRO capabilities

SupliChainPRO Capabilities & Services available

Motion Control

We design motion control systems used for custom robotic solutions tailored to our customers applications. Those applications range from high speed pick and place operations, where high velocity and quick settling time is key to extremely high-resolution systems for nanometer repeatability and low jitter.

Precision Automation employs a complex set of measurement devices when integrating our motion control systems to externally measure and prove that the solution satisfies all customer requirements. This could be measuring repeatability, accuracy or velocity of the load rather than depending simply on the encoder feedback.

Machine vision has an intrinsic role in precision automation. Locating datum features of today’s products is not always as simple as locating a hole or a surface, therefore precision assembly applications places high demands on vision in terms of imaging quality and high pixel resolution.

Resolution of 5um per pixel is not uncommon. Specialized lighting is often necessary. Calibration of the vision and motion are hyper-critical in achieving high-capability and consistency (GR&R).

Our vision engineers are subject matter experts in the field; selecting the most appropriate cameras, lensing and lighting for a wide variety of product and process situations.

Hardware

DC/AC servo motors
Linear motors
Stepper motors

Control Interfaces

Ethernet/IP
Profinet IRT
Ethernet Powerlink
EtherCAT

Capabilities

Multiple packages and mix and match stage-servo-controller solutions
Robot mounted downcam and fixed upcam
Vision-Robot calibration procedures and gauge repeatability and reproducibility
High volume automotive camera assembly
Custom designed machine; multiple units deployed
Performs active alignment, dispense and cure as well as bezel assembly and functional test
Includes two 6-axis robots, a 4-axis precision assembly stage (1µm), and a 2-axis stage on a common controller

Precision Alignment

Our motion control capabilities we can easily tackle precision alignment applications at the nanometer level obtaining highly robust alignment precision in microns.

Our precision alignment solutions are paired with vision system hardware, our alignment algorithms and user-friendly software to meet precision alignment requirements for wafer etching, optics assembly and general micro-device alignment/assembly.

Intelligent Alignment Solutions:

Precision parts alignment orientation
Active alignment
Vision guided alignment
Multi-axis alignment

Industrial machine alignment and orientation consists of illumination, sensors, and industrial cameras as well as complex algorithms and other software to meet precision alignment requirements for applications such as wafer etching and optics manufacturing.

Not only must the components be precisely aligned in a pristine environment, but they must be controlled for factors such as thermal changes and vibration caused by factors outside your control, such as heavy equipment nearby.

Example: A mechanical-optical switch required a nanometer-resolution motion and alignment algorithm for active alignment in 6-axes, and a miniature gripping solution for a 3mm device, so our engineers built a precision nano-positioning stage driven by a peak-light active alignment algorithm.

Extreme Alignment Solutions

Alignment of optical components with repeatability tighter than +/- 25 microns in X-Y combined axes as well as tighter than +/- 10 arc-minutes with CPK values above 2.
Planarity between parts tighter than 25 arc-seconds

Semiconductor Wafer Handling

Semiconductor manufacturers are often faced with the challenging task of finding new, more efficient ways to automate the handling of their wafers. Wafers come in a range of shapes and sizes, thus needing different handling requirements. So, figuring out an appropriate handling solution can sometimes pose a timely and costly challenge for manufacturers.

We can help to design and build reliable, industry-trusted semiconductor wafer handling systems for some of the world’s leading semiconductor manufacturers around the globe. Whether it’s a turnkey Equipment Front End Module (EFEM) or a fully custom wafer handling solution.

What is a Wafer Handling System?

An automated wafer handler is a robotics system designed to automate and facilitate the handling of silicon wafers during the semiconductor manufacturing process. Wafer handlers are integrated with semiconductor process tools which perform various manufacturing tasks throughout the semiconductor production lifecycle. Automated wafer handling systems can be found throughout various Back End of Line (BEOL) or Front End of Line (FEOL) manufacturing processes as the robot facilitates the transfer of wafers between process tools.

A typical wafer handling system consists of the following base components. Depending on the complexity or simplicity of the solutions, components can be customized to suit your wafer handling needs.

Wafer Carrier

A wafer carrier is used to store and transport wafers during the manufacturing process. We support the integration of a variety of wafer carriers and mini environments.

FOUPs (Front Opening Universal Pods)
- Typically used with 300mm wafers applications
FOSB Box (Front Opening Shipping Box)
- Stores wafers during transportation
SMIF Pods (Standard Mechanical Interface)
- Typically used with 200mm wafer applications
Open Cassettes
- Used with 200mm or smaller wafer applications
Coinstack “Horizontal Wafer Stackers”
- Typically used transport fragile wafers (e.g. thin and warped wafers)

Wafer Pre-Aligner

The wafer aligner is an essential system tool that’s used to properly orientate the wafer before it’s handed off for processing. Proper positioning plays a crucial role in determining the level of accuracy and efficiency during manufacturing. A wide variety of wafer flats and notches can be accommodated.

Available Wafer Aligners:

Vacuum (backside contact)
Edge Grip (non-contact)

Wafer Handling Robot

The heart to any wafer handling system is the wafer handling robot. Paired up with a suitable end effector, the robot facilitates the handling of wafers between process steps.

Available Atmospheric Robot Options:

Single Arm Robot
- Standard wafer handling robot used in a wide range of wafer handling applications
Dual Arm Robot
- Reduce wafer swap times and overall cycle times

We understand the level of complexity that goes into wafer handling projects, that’s why we offer a range of available systems options to help develop a solution that supports your manufacturing goals.

Available System Options:

Clean Air Fan Filter Unit (FFU) for up to ISO2 cleanliness
Integrated Ionizers for ESD sensitive wafers
Optical Character Recognition (OCR) Reader for alphanumeric scribes, barcodes, and Data Matrix Codes (DMC)
Wafer Flipping Modules
SECS/GEM Communication with facility host network

Supported Wafer Types:

We support the handling of a variety of wafer types and sizes that range from 100mm to 450mm.

Thin Wafers (down to 50µm thickness)
Thick Wafers
Warped Wafers
Bonded Wafers
Trenched Wafers
Glass Wafers
Reticles & Photomasks
Other substrates upon request

Machine Tending

Collaborative robots (cobots) are automation tools that can perform machine tending tasks and work alongside operators, helping fill persistent labor shortages while offering high-quality, consistent outputs 24/7.

By having operators focus on higher-value tasks that mitigate monotony and the risk of injury, your business can reduce staff turnover while enhancing employee satisfaction.

Within our ecosystem of trusted partners, you can find products and services to help you build your machine tending solution.

From solution partners and OEMs prepared to create a tailored machine tending solution for your business to the largest showroom of cobot end-effectors, there's an optimal path to answer your machine tending needs.

Flexible Tending

Getting your automated CNC setup takes time and effort. Especially when you’re busy trying to get parts out the door.

Lathe Automation System

The Lathe Automation System is a complete pre-programmed and pre-integrated automation solution that allows new parts to be introduced to the automation system without a third-party integrator.

Mill Automation System

The Mill Automation System is a complete pre-programmed and pre-integrated automation solution optimized for high-mix manufacturing. Automate multiple operations and virtually any part geometry with this flexible solution.

NONEAD nCobot

nCobot is an Autonomous Mobile Manipulation Robot (short for AMMR) designed for intralogistics automation for your flexible and intelligent production goal. It speeds up the intralogistics and liberate people from onerous and dangerous work

Inspection & Testing

We know what it takes to achieve submicron accuracy. Part of the challenge is the attention to details during assembly – alignment, planarity, orthogonality, and calibration are just some of the major factors.

Our knowledge of calibration, characterization techniques, and appropriate measurement devices – such as laser interferometry equipment – allow us to deliver cutting-edge precision inspection capabilties.

Additionally, our team builds and measures flatness, repeatability, straightness, perpendicularity, and parallelism of stages with respect to each other and other equipment in the machine. Accuracy becomes intrinsic to the assembly by way of technique, measurement, and verification.

Final Assembly and Inspection

We have a wide variety of experience and tools to meet your final assembly and inspection automation needs, no matter what the tolerances.

We’ve designed machines to assemble miniature cameras using vision serving to 25µm down to 10µm, to 1µm, and nano positioning, and maintain position during adhesive dispensing and UV cure; all at a rate of 60 uph.

We have produced equipment to assemble, bond and cure optical components that needed to be aligned to 5µm accuracy, designed around sub-micron positioners and nanometer scale sensors. Not all applications are such high precision.

Robotic System Integration

Our extensive experience with the latest hardware and software components enables us to design and build tailored automated systems solutions for you. Our team will help evaluate your current production processes and help identify the best ways to optimize your current manufacturing line for automated assembly.

Benefits of Robotic Systems Integration

Integrating automation into your production line leverages benefits that are simply unattainable with manual operations. Your goal may be augmenting the capacity or capability of your current workforce, or it may be finding a solution to a process that simply cannot be done by hand.

Benefits of automation integration:

Increased consistency
Improved quality & yield (reduced scrap)
Improved accuracy and repeatability
Increased return on investment
Faster time to production volume
Increased uptime
Increased productivity and utilization

What does the robotic integration process consist of?

The robotics integration process plays a critical role in your overall automation strategy by delivering the right tools and equipment to support your manufacturing objectives. Jabil engineers will work with you to evaluate your current production lines and assembly methods to help identify and optimize those process steps for automated assembly. This is to ensure all benefits of automation are leveraged during manufacturing operations and on your production floor.

At the core of every robotic system are the following components:

Robot Manipulator

We offer a wide range of robot options to suit your specific applications. Whether it’s a standard industrial robot, a collaborative robot, or a process-specific robot, our engineers will select a robot best suited for your automation objectives. Choosing the right robot for the job is an important step to achieving optimum performance and flexibility. That is why we offer a variety of available industrial and collaborative robot options to ensure your automation needs are met.

Integrated Motion Systems

Many applications require additional axes of motion within a system to support off-the-shelf robot integration. We combine the operation of a standard robot manipulator with a positioning stage (for example) to solve more complicated assembly requirements. Similarly, the actions of multiple robots can be coordinated for parallel activities. Utilizing the latest hardware and tools, our advanced motion control systems deliver high-performance automation with increased repeatability and precision.

Integrated System Software

Our automation software is layered on top of that of standard robots to provide cohesive and mature system control while taking advantage of the full capability of the standard equipment. Our software provides a powerful and intuitive HMI (Human Machine Interface) for the operator, line manager, and engineer, utilizing a completely SQL database platform. This also pairs up seamlessly with your factory host and Manufacturing Execution System (MES) to provide traceability and visibility of machine operation from the factory level.

Available Robot Options:

Choosing the right robot for the application is an important step in determining and achieving optimal performance and flexibility. That’s why we offer a variety of available robot options to ensure your automation needs are met.

SCARA (Selective Compliance Assembly Robot Arm)
- Works well with small parts assembly applications (top-down assembly)
- Fast cycle times
- Relatively large work envelope
- Low integrated cost

Cartesian Robot (X-Y-Z-Theta)
- Works well when accuracy and repeatability is most important
- Fast cycle times
- Space efficient work envelope

Six-Axis Robot (Articulated Robots)
- Best for applications requiring tip & tilt for assembly, or a large, dimensional work envelope
- Available for very large work areas
- Good for machine tending applications

Delta Robot (also known as spider or parallel robots)
- Works well for high-speed, pick and place applications dealing with high mix

Special Purpose Manipulators
- Semiconductor wafer handling robots
- Dual-arm anthropomorphic robots
- Precision 6-axis hexapod positioners
- Custom designed stacked stages

Common Robotic System Applications

Common robotic applications are found across a wide range of industries and applications. Manufacturers partner with us to develop automation assembly systems that help offset direct labor and achieve faster, more consistent, cost-effective assembly of their products.

Robotic applications examples:

Small Parts Assembly / Pick and Place systems
Liquid Dispensing – including Adhesives, Sealants, Fillers
Lamination (protective covers, displays, micro-fluidic devices, consumer electronics)
Label Placement
Filling & Capping
Electronics Assembly
Materials Handling
Welding (ultra-sonic welding, laser welding, resistance welding)
Soldering
Screwdriving

Factory Automation Software

We deliver factory automation software that controls and monitor your robotic assembly needs - from a single cell to full line control - satisfying all the unique requirements you may have.

To produce reliable, easy-to-use factory automation software that reduces operator and machine error, we draw on our mature software platform and years of automation experience, coupling that with specialized configurations to meet of your tool or your factory environment.

We utilize tools that enable us to provide leading-edge factory automation technology for he semiconductor industry and incorporating a full range of the SECS/GEM standards for factory automation.

We have the capability to simulate and compare production options based on product specifications, then propose “optimal” production paths that meet those specifications.

Our Controls and Software Capabilities Provide:

Centralized or distributed controls; built to NEC, UL, CSA and EU standards.

Support for the GEM300 and SECS/GEM standards for fab host control

Either Client or Server relationship with your process tool or your factory host

Support for Ethernet, USB, Serial (RS232 RS485), and discrete I/O communication, and are open to Can bus, Modbus, Ethercat, and wireless communication

Compliance with safety and SEMI standards for UI and control, as well as company standards you require

Data collection from your manufacturing line is key for process control and production management to ensure higher yields/throughputs, our software has a backbone of connectivity between machines that allows a seamless integration from our equipment into your plant MES system. This is real time production data to support the growth of a connected manufacturing facility aligned with Industry 4.0

Robotic Welding

We can offer a wide range of options from a flexible stand-alone welding cell from our standard range to a fully bespoke welding process line including component fixturing and handling for products that include multiple welds of differing types. If you are looking to improve your production, we will work with you to find the best robotic welding solution to meet your needs.

Standard Cell for MIG & TIG Welding

The ProCell range is a SMART (Standard Modular Advanced Robotic Technology) answer to your robotic welding needs. Using the latest Panasonic TAWERS welding technology, this flexible cell has been designed to produce faster cycle times and higher quality welding, be easier to operate and offer lower cycle costs.

Bespoke Welding Solutions

If you have a more complex welding process or larger components to weld, then you may require a bespoke solution. This is where we really excel by applying some creative thinking backed by our in-depth engineering and robotic welding experience to provide a solution to overcome your particular production challenges.

Laser Welding Solutions

Laser welding offers many benefits including higher precision, increased speed and high productivity. ICS has completed many successful laser welding projects for customers, giving them a direct and substantial competitive edge and helping them to win new types of work.

Robotic Welding Fixtures

Reliable and stable jigs and fixtures are essential to ensure repeatability and quality welds. Our in-house team have the experience to design all types of fixtures from simple manual clamping solutions through to complex automatic fixtures to cope with the high demands of laser welding or automotive and aerospace industries.

Cobots

Cobots bring flexible automation to manufacturers of all sizes. From assembly to painting, from palletizing to screw-driving, from packaging to polishing, from injection molding to welding, or whatever processing task you can think of, to help achieve greater productivity to compete in a global market.

Assembly applications

Produce repeatable, accurate assembly processes such as screw driving, nut driving, part fitting, and insertion while reducing repetitive workplace injuries. With the right adaptor mechanisms, collaborative robot arms can handle assembly of plastics, woods, metals, or other materials. If the assembly robot comes into contact with a person, it limits the forces at contact. Cobots can also be programmed to operate in reduced mode when a human enters the robot’s work area and resume full speed when the person leaves.

Dispensing applications

It’s easy to move our flexible, lightweight robots to the areas where you need application support. When the task is finished, you can re-purpose and re-deploy the robot to other areas in your production.

Improve workplace safety by allowing a robot to handle dangerous tasks.

Sanding & polishing

Ensure consistent polishing and buffing using a Universal Robot with built-in force mode – even on curved and uneven surfaces.

Streamline your operations

Streamline your material handling, packaging and palletizing, bin picking, labeling and kitting operations with collaborative robots. Relieve workers from repetitive work and heavy lifting by automating material handling tasks with lightweight collaborative robot arms. Automation helps you combat the rising costs of new product packaging and shortened product life cycles, and makes it easy to keep up with seasonal peaks despite labor shortages.

Material removal applications

A collaborative robot can add flexibility, efficiency, and freedom to your grinding, deburring, milling, routing, drilling, and other material removal tasks. Cobots offer built-in force/torque sensing for consistent and precise placement of the tool to reduce waste and scrap and optimize your process.

Quality inspection applications

Collaborative robot arms offer the precision and consistency that are the keys to your project’s success. A robot will consistently and repeatedly follow exact processes and pre-defined workflows with miniscule deviation, providing optimum conditions for study or analysis.

Automated Disassembly

Circular Manufacturing

Changing the end-of-life process for servers and data centers requires both intelligent technology and a different way of thinking.

Set sights on improving profitability and positive environmental impact connected to reusing and recycling parts. Microfactories intelligently sort, separate, and remove components for reuse and recycling.

Datadriven Software Platform

Our applications provide in-depth insights into production processes, allowing you to identify areas for improvement and increased efficiency.

We use data for machine learning, improving processes, refining product designs, and identifying errors. Such capabilities offer a level of insight and control unparalleled in the industry.

Examples of apps include:

Line Monitoring App

Streamlines manufacturing processes by demonstrating real time what is happening on the line and provides the user with the necessary information to take corrective actions as needed

Genealogy App

Tracks the history of parts used in customer products, ensuring secure mapping and detailed insights to address quality-related issues and enhance product quality with high security

Performance App

Provides detailed breakdowns and valuable performance analysis on assembly processes to boost OEE (Overall Equipment Effectiveness) and optimize production

Quality Analysis App

Identifies correlations between the manufacturing process, part failures, and the supply chain, in order to spot patterns and zero-in on problem areas

NPI (New Product Introduction) App

Provides a software-based approach for in-production NPI to introduce new server types in <4 hours without stopping the production assembly line and significantly shortening the timeline to go-to-market

Inspection App

Leverages high resolution computer vision and machine-learning models trained for best-in-class server inspection to detect anomalies and defects pre- and post-assembly

Compared to traditional automation solutions, we utilize intelligent 3D/3-axis navigation and inspection machine learning algorithms to deliver superior precision and quality throughout the assembly process.

3D Navigation

Our automation solution employs vision calibration to generate detailed 3D models of product prototypes. With vision training completed offline or configured on-the-fly, Microfactories navigate product assembly at subpixel accuracy.

As a result, our Microfactories can make simultaneous adjustments in the assembly process to account for inevitable unexpected changes in the production line environment.

Visual Inspection

Our visual inspection uses high-resolution computer vision and continuously improving machine learning models to detect anomalies and defects pre-and post-assembly.

Our inspection capabilities can detect anomalies, such as over-torqued screw heads, debris and opened vs. closed latches, to identify any potential issues in real-time.

Why Choose SupliChainPRO

ALWAYS UNBIASED & IMPARTIAL

We are not tied to any one or group of suppliers or manufacturers, so that means we always provide the best solution to you so you can hit your KPI's

QUICK & CLEAR
RESPONSE TIME

We take an agile & transparent approach. using the SCRUM methodology adopting
'fail-fast' approach to ensure we hit your KPI's

CONSTANTLY EVOLVING CAPABILITIES

We are constantly working on new technology development & bringing on new manufacting capabilities to ensure we can hit your KPI's

IP & CONFIDENTIALITY
OUR PRIORITY

We know how to manage highly confidential & IP sensistive project & can deliver a secure supply chain to ensure you can
hit your KPI's

Find out more about SupliChainPRO Capabilities

Rapid Parts &
Tooling

Rapid prototyping for low volume
Single, double & tripple shot tools
Clean room capabilities (10k)
10-1000 T machines

Find out more

Metal Fabrication &
Stamping

Range of Capabilities to Integrate Sheet Metal, Plastic & Electronic Components with Stamped Parts (Progressive & Regular)

Find out more

Contract
Manufacturing

High competence in NPI, Engineering Build Management, Product and System Compliance and Quality Management System.

Find out more

PCB/A, SMT
Testing & Assembly

PCB assembly lines with the ability the do rigid PCB assembly, flex PCB assembly, through-hole PCB assembly, cable harness assembly, functional test & final box build.

Find out more

Robotics, Ai &
Automation

Robotics & automated processes, to lower cost in the long run and yield better margins to have effective planning, smarter manufacturing and monitoring of the factory.

Find out more

End-To-End Product Development

From design to manufacturing, through the process of DFM help reduce costs, number of parts, cycle time and make products easier to build and lower cost to assemble.

Find out more

Simulation & Modeling

Virtually model a process in detail without having to spend the time, resources, or capital to physically test that design in a real-world environment.

Find out more

depositphotos_391034304-stock-illustrati

Advanced Precision Assembly

High precision assembly of optical parts & sub-assemblies. High tolerance control of gluing dispensing systems for wearables & high complex assemblies.

Find out more

Product Reliability & Accelerated Testing

Failures found during PRT allow engineers to make design changes to a product before it enters the marketplace, thereby avoiding cost-prohibitive recalls or field issues.

Find out more

HIT YOUR KPI'S

ROBOTICS, Ai & AUTOMATION

Motion Control

Precision Assembly, High Velocity - high speed pick and place operations

Precison Alignment

Alignment of optical components with repeatability tighter than +/- 25 microns in X-Y

Semiconductor Wafer Handling

Robotics system automate & facilitate the handling of silicon wafers during the semiconductor manufacturing process

Machine Tending

Automate repetitive, heavy-duty machine tending tasks involving CNC, injection molding and stamping

Inspection & Testing

Submicron Accuracy and Inspection

Robotic Systems Integrations

The right robot for the application is an important step in determining and achieving optimal performance and flexibility

Factory Automation Software

Factory automation software that controls & monitor your robotic assembly - from a single cell to full line control

Robotic Welding

Welding process line including component fixturing & handling for products welds of differing types

Cobots

Assembly to painting, from palletizing to screw-driving, from packaging to polishing, from injection molding to welding

Microfactories

Microfactories' modular approach allows for maximum flexibility

Automated Disassembly

Intelligently sort, separate & remove components for reuse and recycling

Data-driven, automation software platform

In-depth insights into production processes, allowing to identify areas for improvement & increased efficiency

SupliChainPRO Capabilities & Services available

Motion Control

Hardware

Control Interfaces

Capabilities

Why Choose SupliChainPRO

ALWAYS UNBIASED & IMPARTIAL

We are not tied to any one or group of suppliers or manufacturers, so that means we always provide the best solution to you so you can hit your KPI's

QUICK & CLEAR RESPONSE TIME

We take an agile & transparent approach. using the SCRUM methodology adopting 'fail-fast' approach to ensure we hit your KPI's

CONSTANTLY EVOLVING CAPABILITIES

We are constantly working on new technology development & bringing on new manufacting capabilities to ensure we can hit your KPI's

IP & CONFIDENTIALITY OUR PRIORITY

We know how to manage highly confidential & IP sensistive project & can deliver a secure supply chain to ensure you can hit your KPI's

Find out more about SupliChainPRO Capabilities

Rapid Parts &Tooling

Rapid prototyping for low volume Single, double & tripple shot tools Clean room capabilities (10k) 10-1000 T machines

Metal Fabrication & Stamping

Range of Capabilities to Integrate Sheet Metal, Plastic & Electronic Components with Stamped Parts (Progressive & Regular)

Contract Manufacturing

High competence in NPI, Engineering Build Management, Product and System Compliance and Quality Management System.

PCB/A, SMT Testing & Assembly

PCB assembly lines with the ability the do rigid PCB assembly, flex PCB assembly, through-hole PCB assembly, cable harness assembly, functional test & final box build.

Robotics, Ai & Automation

Robotics & automated processes, to lower cost in the long run and yield better margins to have effective planning, smarter manufacturing and monitoring of the factory.

End-To-End Product Development

From design to manufacturing, through the process of DFM help reduce costs, number of parts, cycle time and make products easier to build and lower cost to assemble.

Simulation & Modeling

Virtually model a process in detail without having to spend the time, resources, or capital to physically test that design in a real-world environment.

Advanced Precision Assembly

High precision assembly of optical parts & sub-assemblies. High tolerance control of gluing dispensing systems for wearables & high complex assemblies.

Product Reliability & Accelerated Testing

Failures found during PRT allow engineers to make design changes to a product before it enters the marketplace, thereby avoiding cost-prohibitive recalls or field issues.

ROBOTICS, Ai
& AUTOMATION

Motion
Control

Precision Assembly,
High Velocity - high speed pick and place operations

Precison
Alignment

Inspection &
Testing

Intelligently sort, separate
& remove components for reuse and recycling

Data-driven, automation
software platform

QUICK & CLEAR
RESPONSE TIME

We take an agile & transparent approach. using the SCRUM methodology adopting
'fail-fast' approach to ensure we hit your KPI's

IP & CONFIDENTIALITY
OUR PRIORITY

We know how to manage highly confidential & IP sensistive project & can deliver a secure supply chain to ensure you can
hit your KPI's

Rapid Parts &
Tooling

Rapid prototyping for low volume
Single, double & tripple shot tools
Clean room capabilities (10k)
10-1000 T machines

Metal Fabrication &
Stamping

Contract
Manufacturing

PCB/A, SMT
Testing & Assembly

Robotics, Ai &
Automation