Workpiece range
Maximum width and thickness, minimum length and incoming variation
Confirms safe feeding and capacity.
MB105
JDRG MB105 Heavy Duty Wood Thicknesser Planer for Solid Wood Planing Machine With Straight or Spiral Cutterhead Wood Planer
JDRG MB105 Heavy Duty Wood Thicknesser Planer for Solid Wood Planing Machine With Straight or Spiral Cutterhead Wood Planer from JDRG Woodworking Machinery.
- max.planing width(mm): 630
- Cutter Type: Straight
- video outgoing-inspection: Provided
- machinery test report: Provided
Configuration planning
Confirm the right MB105 configuration
This page presents the currently available information for MB105. The final machine, options and utilities should be matched to your material, workpiece and production target before ordering.
Send a representative drawing, material details and the destination electrical standard. JDRG can then confirm which configuration and technical sheet apply to your project.
Machining sequence
One-face, thickness, two-side or multi-side operations
Defines the required cutterhead layout.Material and removal
Species, moisture, grain and stock-removal amount
Affects cutter, feed and surface expectations.Feed and support
Feed range, table support and handling method
Influences finish and consistent throughput.Technical data
Specifications
Specifications should be confirmed for the selected configuration before ordering.
Model
MB105
max.planing width(mm)
630
Cutter Type
Straight
video outgoing-inspection
Provided
machinery test report
Provided
core components
Motor
type
Thicknesser
Number Of Blades
3
sliding table equipped
Yes
voltage
380 V
voltage
220 V
warranty
1 Year
key selling points
High-Accuracy
Feed Rates
10 m/min
place of origin
CN;SHN
max.planing depth(mm)
5
brand name
JDRG
dimension(l*w*h)
1030x780x1180mm
weight (kg)
480
power (kw)
5.5
Maximum Cutting(mm) Depth
5
Minimum Order
1
Unit
Piece
Weight
500
Package Dimensions
1050 × 800 × 1200
Product inquiry
Confirm configuration, price and delivery
Include panel material, workpiece dimensions, voltage and destination for a more accurate response.
