Nock Compact Circular Blade Cutting Cortex CB 435/4E

Type: cutting width: 300mm
Country of Origin: Germany
Ships from: FOB Brampton, ON Canada (O)
U/M: Each
Stock: On Order
CM: 6429
Financing Available
Note: Shipping to be determined
Options for Nock Cortex CB 435/4E:

Nock Cortex CB 435/4E Compact Circular Blade Cutting Machine

The industrial-grade Nock Cortex CB 435/4E Compact Circular Blade Cutting Machine is an exceptional engineering solution designed to bring ultra-precise strip and portion slicing to space-conscious environments. If you are sourcing an efficient, high-performance cortex cb 435/4e near me configuration or searching for the absolute best commercial food cutting machines in Ontario Canada, this highly reliable equipment delivers outstanding production returns. Functioning as a high-precision inline nock cutting machine, this compact and good-value model features an optimized 300 mm operating width driven by a heavy-duty 200 mm diameter circular cutting machine blade assembly. Choosing this industrial cutter ensures cleanly sectioned meat strips, maximum piece uniformity, and rapid changeover speeds for commercial kitchens and medium-sized processing floors.

Key Features & Mechanical Advantages
  • Space-Saving Workspace Footprint: Highly compact design built to deliver superior inline strip cutting yields while easily integrating into small spaces.
  • Premium Component Tracking: Outfitted standard with a robust integrated infeed conveyor (850 x 425 mm) and a solid material output guide slide sheet.
  • High-Precision Blade Shaft: Built-in dynamic shaft utilizes precision-ground spacer rings paired with a heavy-duty scraper plate for friction-free slicing cycles.
  • Ergonomic Handling Safety: Features an integrated lift-out mechanical device for the blade shaft to ensure quick maintenance, along with a protective structural blade cover.
  • Rapid Slicing Throughput: Processes batches cleanly at a fixed conveyor belt velocity of 18 meters per minute to maximize plant floor productivity.
Available Modular Options & Upgrades
  • Motorized product discharge conveyor assembly complete with integrated safety cover protection.
  • Heavy-duty intersection cutting roller built with an all-stainless steel core layer.
  • Alternative intersection roller fitted with a long-life scraper comb assembly (non-quick change style).
  • Mobile technical cleaning wagon built to safely clean, sanitize, and store 2 independent blade shafts.
  • Heavy-duty structural transport and lockable storage enclosure box custom-fit for the blade shaft.
  • Automated Chicken Nugget Line Integration: Can be set up as a multi-stage automated cubing line for chicken breast processing by pairing 2 machines positioned at a 90° right angle (fully compatible with the HORIZONTAL-VERTICAL-CUTTER HVC system).
Technical Product Specifications
Blade Core Diameter 200 mm
Max. Throughput Height Clearance 40 mm or 70 mm variants
Maximum Blade Equipment Space 300 mm
Conveyor Belt Track Width 370 mm
Max. Throughput Width Capacity 315 mm
Linear Conveyor Slicing Speed 18 meters per minute
Minimum Blade Distance Grid 6 mm - 8 mm (Depending directly upon target material density)
Available Blade Distance Grids 6 - 7 - 8 - 9 - 10 - 11 mm
Overall Physical Dimensions (W x H x D) 700 x 1190 x 1250 mm (Without output discharge conveyor)
700 x 1190 x 1720 mm (With integrated output discharge conveyor)
Equipment Structural Weight 200 kg (Configured with 8 mm spacing; without output conveyor)
220 kg (Configured with 8 mm spacing; with integrated output conveyor)
Motor Performance Rating 0.75 kW High-Efficiency Slicing Drive
Electrical Network Profile 3 AC - 400 V - 50 Hz | Connection Plug: IEC 60309 16 A 6h
(Alternative global voltage configurations available on request)

???? Technical Guide: Selecting the Correct Quantity of Blades

To calculate the precise number of circular blades required for your specific custom assembly layout, apply the following industry formula:

( Machine Cutting Width [300 mm] / Desired Distance Between Blades [mm] )
➔ Round up to the nearest whole number = Base Blade Quantity.

* Note: If the final calculated mathematical result results in a perfect whole integer, you must add one additional blade (+1 extra blade) to the total to secure proper compression alignment across the shaft. Please specify your required blade configuration values when placing your factory order.