MC350/MC280L/MC470P Heavy Duty Robots

Add to Quote
Add to Quote
SKU: MC350/MC280L/MC470P Category:

The Nachi MC series ( MC350, MC280L, and MC470P) offers a range of heavy-duty robots designed to tackle demanding material handling tasks across various industries.

Linkage-less construction is simple and compact

  • Simple construction has no counterweights or parallel linkage.
  • Compact form can be installed in small places.

Expansive operating stroke and lifting capabilities

  • Plenty of wrist torque (1.7 times our existing model) easily handles large work pieces.
  • Long arm type (MC280L) has maximum reach of 3,101 mm
  • Super heavy lifting type (MC470P) can lift up to 470 kg (wrist must be directed downward)

High-speed motion

  • Lower weight and greater rigidity make it the fastest robot in its class.
  • Reduce cycle times by up to 15% (compared to our existing model).

Catalog Download

PDF   · MC350/MC280/MC470P (2pages/3,541KB)

Exterior dimensions and working envelope


MC350 Exterior dimensions and operating envelope

(*1) The specifications are subject to changes without notice.
(*2) In case that an end user uses this product for military purpose or production of weapon, this product may be liable for the subject of export restriction stipulated in the Foreign Exchange and Foreign Trade Law. Please go through careful investigation and necessary formalities for export.

MC350, MC280L, and MC470P Robot specifications

Item Specifications
Robot model MC350-01 MC280L-01 MC470P-01
Structure Articulated construction
No. of axes 6
Drive system AC servo system
Max.
working
envelope
Arm J1 Swivel ±3.14rad (±180°)
J2 Horizontal -1.75 to +0.70rad (-100° to +40°)
J3 Vertical -3.14 to +2.27rad
(-180° to +130°)
-2.57 to +2.27rad
(-147° to +130°)
-3.14 to +0.61rad
(-180° to +35°)
Wrist J4 Rotation 2 ±6.28rad (±360°) ±6.28rad *5
(±360°)
J5 Bend ±2.18rad (±125°) ±2.18rad *5
(±125°)
J6 Rotation 1 ±6.28rad (±360°)
Max.
speed
Arm J1 Swivel 1.83rad/s (105°/s)
J2 Horizontal 1.66rad/s
(95°/s)
1.83rad/s
(105°/s)
1.66rad/s
(95°/s)
J3 Vertical 1.66rad/s (95°/s)
Wrist J4 Rotation 2 1.92rad/s
(110°/s)
2.09rad/s
(120°/s)
1.92rad/s
(110°/s)
J5 Bend 1.92rad/s
(110°/s)
2.09rad/s
(120°/s)
1.92rad/s
(110°/s)
J6 Rotation 1 3.14rad/s
(180°/s)
3.49rad/s
(200°/s)
3.14rad/s
(180°/s)
Payload Wrist 350kg 280kg 470kg
Forearm *1 Max. 50kg Max. 25kg Max. 30kg
Allowable
static load
torque
J4 Rotation 2 2750N·m 1921N·m 2750N·m
J5 Bend 2750N·m 1921N·m 2750N·m
J6 Rotation 1 1235N·m 988N·m 0N·m
Max.
allowable
moment of
inertia *2
J4 Rotation 2 400kg·m2
J5 Bend 400kg·m2
J6 Rotation 1 250kg·m2
Max. reach 2,771mm 3,101mm 2,771mm
Position repeatability *3 ±0.09mm
Ambient temperature 0 to 45°C
Ambient humidity 20 to 85% RH (without condensation)
Vibration 0.5G or less
Installation Floor mount
Weight 1,620kg 1,700kg 1,620kg

 

All MC Series robots  benefits:

  • Cost-Effective Solution: Replace dedicated lifting equipment, offering greater flexibility and reduced costs.
  • High Precision: Achieve accurate and controlled movements for safe and reliable handling.
  • Rugged Construction: Built to withstand demanding industrial environments.
  • Advanced Control System: Ensures smooth operation and minimizes stress on the robot and handled objects.
  • Safety Features: Protects workers and equipment with built-in safety mechanisms.

1[rad]=180/π[°] 1[N·m]=1/9.8[kgf·m]

  (*1) Load specification of number 1 arm varies according to wrist load conditions and installation position.
  (*2) Note that the allowable moment of inertia of wrist varies with the wrist load conditions.
  (*3) JIS B 8432 compliant.
  (*4) Permitted height is not higher than 1,000m above sea level. If used in higher place, permitted temperature is affected by height.
  (*5) Software limits the downward vertical range of axis 5 to ±5°.
Axis 4 can move ±360° and axis 5 can move ±125° only when the encoder correction screen or the software limit settings screen is open.

Reviews

There are no reviews yet.

Be the first to review “MC350/MC280L/MC470P Heavy Duty Robots”

Your email address will not be published. Required fields are marked *

Scroll to Top