SMAR - M2

M2-LL

Low-profile Lift Robot

Polaris3d M2-LL Low-profile Lift robot Fork Type

Fork Type

Polaris3d M2-LL Low-profile Lift robot Fork Type

Fork Type

Polaris3d M2-LL Low-profile Lift robot Magnet Type

Magnet Type

Polaris3d M2-LL Low-profile Lift robot Magnet Type

Magnet Type

Material Transport Robot with Lift Module

A compact mobility module designed to overcome space constraints
in tight manufacturing environments and ensure stable material transport.
Track material (magazine) loading and unloading in your factory,
and manage it seamlessly
with robots using Nepler.

Key Features

✓ Customized mount (jig) tailored to the specifications of the customer's LIFT cart

✓ Customized mount (jig) tailored to the specifications of the customer's LIFT cart

✓ VDA5050-based external system (WMS/MES) integration

✓ Up to 7 hours of continuous operation on a single charge

Payload Capacity

125kg

Operating Time per Charge

12 Hours

12 Hours

Under-cart Entry Width

750 mm

Min. Aisle Width

67 cm

Cart Lifting Methods (2 Types)

Jig (Fixed Mount)
ROBOT
Jig (Fixed Mount)
ROBOT
Type 1: Jig Method
Type 1: Jig Method
Transports by placing the cart onto a dedicated jig (mount)
Can be used even if the cart itself does not have casters (wheels).
Transports by placing the cart onto
a dedicated jig (mount)
Can be used even if the cart it self
does not have casters (wheels).
Cart (With Casters)
ROBOT
Entry Height
550 mm
Entry Width 750 mm
ROBOT
Entry Height
550 mm
Entry Width 750 mm
Type 2: Under-Lift (Direct Transport) Method
Type 2: Under-Lift
(Direct Transport) Method
Without a jig, the robot drives underneath
the cart to lift and transport the cart directly
The cart must have casters (wheels), and sufficient clearance width
between the cart legs is required for the robot to enter.
Without a jig, the robot drives underneath
the cart to lift and transport
the cart directly The cart must have
casters (wheels),
and sufficient clearance width

between the cart legs is required
for the robot to enter.

Where It's Used

Where It's Used

M2-LL shares the same driving unit, navigation, and safety systems already proven across manufacturing sites worldwide.
M2-LL shares the same driving unit, navigation, and safety systems already proven across manufacturing sites worldwide.
Factory Automation & Light-Load Transport
Factory Automation &
Light-Load Transport
Factory Automation & Light-Load Transport

Automates manual material handling on shop floors that

previously avoided automation due to space constraints and high cost.

Automates manual material handling on shop floors that previously avoided automation due to space constraints

and high cost.

Automates manual material handling on shop floors that

previously avoided automation due to space constraints and high cost.

Inter-Process Sample Transport
Inter-Process Sample Transport
Inter-Process Sample Transport

Specializes in safely transporting samples between

material processing lines and quality inspection/analysis labs.

Specializes in safely transporting samples between material processing lines and quality inspection/analysis labs.

Specializes in safely transporting samples between

material processing lines and quality inspection/analysis labs.

Small Parts Feeding to Assembly Lines
Small Parts Feeding to
Assembly Lines
Small Parts Feeding to Assembly Lines

Receives parts handed off from large AGVs and

distributes detailed parts to individual assembly line workers.

Receives parts handed off from large

AGVs and distributes detailed parts to individual assembly line workers.

Receives parts handed off from large AGVs and

distributes detailed parts to individual assembly line workers.

Narrow-Aisle Navigation, No Facility Changes
Narrow-Aisle Navigation,
No Facility Changes
Narrow-Aisle Navigation, No Facility Changes

Navigates aisles as narrow as 67cm, so it can be deployed without modifying or removing existing factory infrastructure.

Navigates aisles as narrow as 67cm,

so it can be deployed without modifying or removing existing factory infrastructure.

Navigates aisles as narrow as 67cm, so it can be deployed

without modifying or removing existing factory infrastructure.

How to Connect & Get Started

How to Connect & Get Started

Simple integration with your existing equipment and software
Simple integration with your existing equipment and software

QR Marker Docking

QR Marker Docking

QR Marker Docking

Achieves docking precision under 10mm just

by attaching a QR marker no complex custom software required.

Achieves docking precision under 10mm just

by attaching a QR marker no complex custom software required.

Achieves docking precision under 10mm just

by attaching a QR marker no complex custom software required.

E84 (PIO Sensor) Equipment Integration

E84 (PIO Sensor) Equipment Integration

E84 (PIO Sensor) Equipment Integration

A wireless PIO sensor compliant with the semiconductor industry's

E84 standard senses equipment load status in real time for

fully unmanned transport full integration takes an average of 2 days.

A wireless PIO sensor compliant with the semiconductor industry's E84 standard senses equipment load status in real time for

fully unmanned transport full integration takes an average of 2 days.

A wireless PIO sensor compliant with the semiconductor industry's

E84 standard senses equipment load status in real time for

fully unmanned transport full integration takes an average of 2 days.

Buffer Station Integration

Buffer Station Integration

Buffer Station Integration

Dedicated buffer stations can be supplied together

for smooth material charging and docking.

Dedicated buffer stations can be supplied together for smooth material charging

and docking.

Dedicated buffer stations can be supplied together

for smooth material charging and docking.

Nepler Web Control & Mobile App

Nepler Web Control & Mobile App

Nepler Web Control & Mobile App

Monitor robot routes and equipment status remotely via

the Nepler dashboard, freely integrated and customized with

your existing ERP, MES, and WMS. A dedicated tablet app also

lets on-site workers create or edit maps directly.

Monitor robot routes and equipment status remotely via the Nepler dashboard,

freely integrated and customized with

your existing ERP, MES, and WMS.

A dedicated tablet app also

lets on-site workers create or

edit maps directly.

Monitor robot routes and equipment status remotely via

the Nepler dashboard, freely integrated and customized with

your existing ERP, MES, and WMS. A dedicated tablet app also

lets on-site workers create or edit maps directly.

Product Specifications

Basic Information

Size (W*D*H)

640*570*1260 mm

Weight

70 kg

Load capacity

25kg / 2conveyor

Exterior material

Metal

Upper Module Size (W*D)

550*500mm (3tier)

Upper Module Height

1st stage: 350mm2nd stage: 700mm3rd stage: 1200mm

(Adjustable between 350mm and 1100mm



in 10 mm increments.)

Battery

LV-25V25AH-DV255COM

IRX-ATR-24V24AH8S4P

IRX-ATR-24V42AH8S7P

Battery

LV-25V25AH-DV255COM

IRX-ATR-24V24AH8S4P

IRX-ATR-24V42AH8S7P

Battery

LV-25V25AH-DV255COM

IRX-ATR-24V24AH8S4P

IRX-ATR-24V42AH8S7P

HMI Battery Display

HMI Battery Info

SOC (%), SOH (%), Voltage (V), Current (A), Temperature (°C), Charging Status

HMI Battery Display

HMI Battery Info

SOC (%), SOH (%), Voltage (V), Current (A), Temperature (°C), Charging Status

Weight

Drive Unit Weight

48 kg

Battery Weight

7 kg

Total Weight

55 kg

Weight

Drive Unit Weight

48 kg

Battery Weight

7 kg

Total Weight

55 kg

Sensor

LiDAR

2 front & rear

Depth Camera

Bottom 2

Safety Bumper

Applied

Motor Type

6.5 inch

Sensor

LiDAR

2 front & rear

Depth Camera

Bottom 2

Safety Bumper

Applied

Motor Type

6.5 inch

Driving

STO

Apply

Driving mode

Full Self-Driving

Max. Speed

1.2 m/s

Max. Mapping Area

500*500m

Driving

STO

Apply

Driving mode

Full Self-Driving

Max. Speed

1.2 m/s

Max. Mapping Area

500*500m

Service Module

Loadable Size

520*460*600mm

Material

Metal

Display

10 inch touch display

Service Module

Loadable Size

520*460*600mm

Material

Metal

Display

10 inch touch display

Polaris3d SMAR(AMR) M2-LL
polaris3d M2 battery

315mm

260mm

135mm

Battery
Battery
Battery
polaris3d M2 battery

315mm

260mm

135mm

polaris3d M2 battery

315mm

260mm

135mm

M2 Case Studies

Polaris3D Real Industrial Site
and M2 Operation Video

View all case studies

Precise autonomous entry beneath manual roller carts, followed by stable lifting, in-place rotation, and destination transport in a one-stop process

Low-Profile Lift AMR 'M2-LL' in Action!

View all case studies

M2 Platform Track Record

Korea — Gumi Plant

Following successful deployment at a leading Korean conglomerate's Gumi plant, the M2 platform now runs in stable shift-based operation across 9 global subsidiaries.

Rapid Large-Scale Deployment

At a 33,000 m² (10,000-pyeong) logistics facility, a 10-robot automation system was built in just 3 weeks, together with 100 matching buffer stations delivered simultaneously.

Hungary — SMD Process

Distributes small parts unloaded by large AGVs to workers across detailed sub-processes on the production line.

Indonesia — Mobile Phone SMD Process

Covers up to 200m round-trip distances to supply parts, eliminating wasted operator movement.

Brazil & Vietnam — SMD Manufacturing

Handles sample transport and inter-process material delivery smoothly even on highly variable, narrow-aisle production lines.

Built for Safety & Reliability

Active obstacle-avoidance driving — automatically detects obstacles like people ahead and reroutes intelligently, unlike legacy AGVs that simply stop.

Industrial safety certified — PL-B rated LiDAR and a 180° pressure-sensing bumper fully satisfy ISO 13849-1 machinery safety standards.

Fire-safe, swappable LFP battery — a removable lithium iron phosphate battery removes fire/overheating risk and enables instant swaps for uninterrupted shift changes.

Rugged sheet-metal housing — galvanized steel (EGI) housing withstands harsh factory conditions in a compact 310mm low-profile chassis.

Certified reliability — fully passed ISO 9001, UN 38.3, IEC 62619, and EMS immunity testing.

Driving Innovation Together

Partners Driving Innovation with Polaris3D

삼성전자 로고

Samsung Electronics

삼성전기 로고

Samsung Electro-Mechanics

Hyundai wia logo 현대위아 로고

HyundaiWIA

LG CNS

동작구청

Dongjak-gu Office

영진 로고

YOUNGJIN

SL Brasil

앱티브 aptiv 로고

APTIV

리드앤 로고

Read N

한성전자 로고

HANSUNG

위즈코어 로고

WIZCORE

파워오토로보틱스 로고

POWERAUTO ROBOTICS

우익 반도체 로고

우익반도체

WOOIK SEMICONDUCTOR

amplytech 로고

AMPLYTECH ROBOTICS

삼성전자 로고

Samsung Electronics

삼성전기 로고

Samsung Electro-Mechanics

Hyundai wia logo 현대위아 로고

HyundaiWIA

LG CNS

동작구청

Dongjak-gu Office

영진 로고

YOUNGJIN

SL Brasil

앱티브 aptiv 로고

APTIV

리드앤 로고

Read N

한성전자 로고

HANSUNG

위즈코어 로고

WIZCORE

파워오토로보틱스 로고

POWERAUTO ROBOTICS

우익 반도체 로고

우익반도체

WOOIK SEMICONDUCTOR

amplytech 로고

AMPLYTECH ROBOTICS

  • 삼성전자 로고

    Samsung Electronics

  • 삼성전기 로고

    Samsung Electro-Mechanics

  • Hyundai wia logo 현대위아 로고

    HyundaiWIA

  • LG CNS

  • 동작구청

    Dongjak-gu Office

  • 영진 로고

    YOUNGJIN

  • SL Brasil

  • 앱티브 aptiv 로고

    APTIV

  • 리드앤 로고

    Read N

  • 한성전자 로고

    HANSUNG

  • 위즈코어 로고

    WIZCORE

  • 파워오토로보틱스 로고

    POWERAUTO ROBOTICS

  • 우익 반도체 로고

    우익반도체

    WOOIK SEMICONDUCTOR

  • amplytech 로고

    AMPLYTECH ROBOTICS

Safety Certification

Safety Certification

Safety Certification