The document summarizes Mech-Mind Robotics' intelligent industrial robot solutions. It describes that Mech-Mind has been in Munich since 2019 to better serve the European market. It has deployed robot solutions in various industries for applications like depalletizing, palletizing, and machine tending. Mech-Mind has customers globally and has received orders from countries like Japan, South Korea, US, and Turkey. It has closed several rounds of funding and been selected for accelerator programs.

2. Munich Office
Fast Growth
Mech-Mind Robotics has been in Obersendling in Munich since October 2019. The Munich office serves
as a hub to serve the European market better. The functions include technology showcasing, business
development, sales, deployment and feature development for local requirements.
Multiple Applications for Industry-leading Enterprises
We have already deployed our intelligent industrial robot solutions in automobile plants, appliance
plants, steel plants, food plants, logistics warehouses, banks, and hospitals, etc. Applications include
depalletizing, palletizing, bin-picking, machine tending, assembly, gluing, and locating, etc.
We have global customers and have already got orders from Japan, South Korea, U.S, and Turkey, etc.
Mech-Mind Robotics
GmbH in Obersendling,
Munich.
Within three years, five rounds of funding from Intel Capital and well-known VCs have been closed.
Mech-Mind has also been selected as a member of Microsoft ScaleUp (acceptance rate <2%) and Intel
AI Acceleration Program.
2
Company Overview
Aiming at putting intelligence into industrial robots, Mech-Mind was founded in October 2016 and
emphasis in robotics and computer vision by providing cost-effective and stable AI+3D vision solutions
to customers in logistics and manufacturing. We are based in Beijing (R&D) and Shanghai (Sales and
Deployment), and have an office in Shenzhen and a branch in Munich, Germany.

3. Depalletizing Machine Tending Multiple SKUs Sorting Order Picking
The robot picks boxes or bags
from the pallet and puts them
on the pallet or the conveyor.
The robot picks randomly
located parts and loads them to
the machine.
The robot sorts mixed objects
and puts them on the conveyor.
The robot picks objects
according to orders.
• Many emerging demands, esp. in manufacturing (automobile, home appliance, steel, and machinery industries, etc.) and logistics ( B2B logistics, e-
commerce, and express delivery, etc.) require robots to handle randomly located objects.
• AI+3D vision is an ideal way to solve the problem. Applications includes depalletizing, palletizing, machine tending, bin picking, sorting, locating, gluing,
kitting and assembly.
Our solutions support all of the following applications:
3
3D Vision can be widely applied in Manufacturing and Logistics

4. • High-quality 3D data
• Excellent stability
• CE, FCC and VCCI certification
• Support for various objects
• Support for metal parts with
dark or reflective surface
• Zero line of code is
needed
• Plug and play, easy to use
Mech-Eye
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Smart Camera Vision Algorithm Software Intelligent Programming Environment
Mech-Mind's AI + 3D Vision + Industrial Robot Solution
Mech-Vision Mech-Viz
Competitive Price Compared with other typical alternatives, our solutions help customers save cost.
Excellent Stability Collision checking algorithm and motion planning algorithm are integrated in Mech-Viz. Never
worrying about collision or singularity
Adv. Vision Algorithm State-of-the-art vision algorithms enable robot to handle various objects in different shapes and
colors
Plug and Play Non-experts can manipulate robots and after simple training

5. Depalletizing：Robot picks boxes or
bags from pallets and puts them on
pallet or conveyor.
Accuracy
3.0mm@3m，
Mech-Eye also
supports
customization.
Speed
Up to 4 s
Typical Scenarios:
Logistics and e-commerce, etc.
Flexibility
• Support for objects with
textures, barcodes, tapes,
and cable ties.
• Support for mixed-cartons
palletizing and
depalletizing
Objects
Support for boxes,
sacks, and parts, etc.
Vision-guided Depalletizing and Palletizing

6. Machine Tending: The robot
picks randomly located parts
and loads them to the machine.
Speed
Up to 3 s
every cycle
Flexibility
• Ability to handle dark
or considerably
reflective parts with
complex structure.
• Excellent stability.
6
Typical Scenarios：
Car, machinery, and steel
industries, etc.
Accuracy
0.05mm@0.6m for high
accuracy camera
Objects
Support for randomly
located objects in
various sizes and
shapes
Vision-guided Machine Tending

7. Bin-Picking: The robot
picks orders from bins.
Accuracy
High accuracy
Speed
Up to 3s
every cycle
Flexibility
• Support for randomly
located or tightly packed
objects with patterns, cable
ties, tapes, and textures.
Objects
Support for various
objects including
bottle-shaped, bag-
shaped and box-
shaped objects.
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Typical Scenarios:
Logistics, express delivery,
and e-commerce, etc.
Bin-Picking

8. 精度
精度高，可完全
满足需求
Typical Scenarios：
Home appliance, car and furniture industries, etc.
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Locating
3D vision guides the robot to
locates randomly located
objects.
Assembly
3D vision guides the robot to pick
randomly located subparts and
assemble them on parts.
Gluing
3D vision guides the robot to
recognize randomly part and
glue.
Accuracy：High accuracy Speed：High Speed
Flexibility：Support for dark or
considerably reflective objects.
Objects：Support for various parts.
Gluing, Assembly and Locating

9. Mech-Eye Pro S Enhanced
@0.6m
Ensenso N20
@0.6m
RealSense D415
@0.6m
Mech-Eye Pro S Enhanced
@0.8m
Ensenso N20
@0.8m
RealSense D415
@0.8m
Mech-Eye Pro S Enhanced
@0.8m
Ensenso N20
@0.8m
RealSense D415
@0.8m
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Smart 3D Camera: Cost-effective, High-performance, 3D Sensing

10. Randomly Located Objects
High-quality 3D Output
Tightly Packed Boxes
Black and Reflective Parts
Tightly Packed Bags with patterns
Clustered Metal Parts

11. Advanced Vision Algorithms:
Meet Real-world Challenges Effectively and Efficiently
Tightly-packed Boxes, with or
without Textures
Randomly Located Metal Parts
No coding is needed
• Many industrial vision companies write code for every project, which
is inefficient and costly.
• With adaptive deep learning algorithms and pure graphical software,
Mech-Mind significantly reduces time and cost of deployment.
Tightly Piled Logistic Parcels

12. Mech-Viz Programming Environment:
An Easier and Faster Way to Use A Robot
Mech-Viz：code-less high-level programming environment.
• Pure graphical code-less programming
• Users with very limited programming
knowledge are able to use a robot
after a few hours' training.
• Integrated intelligence
• Advanced algorithms incl. collision
checking, grasp planning, and
motion planning are integrated.
• Works for all major brands of robots
• Adaptation of new robot brand takes
only 3-5 days.
• Save labor cost and deployment time

13. Typical Applications in Logistics

14. Typical Applications in Manufacturing

15. Typical Applications in E-Commerce

17. Our software and camera can be integrated with almost every brand and it takes only 3 up to 5 days.
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Robot Brands

18. 5
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Part of Our Clients and Partners