Planteuse de pommes de terre 2CM avec fertilisation pour tracteurs de 20 à 80 CV

The BSM 2CM Series Potato Planter with Fertilizer is designed for agricultural tractors from approximately 20HP to 80HP. It combines furrow opening, fertilizer application, seed potato placement, soil covering and ridge formation in one field operation.

The machine is designed for mechanized potato planting on prepared farmland. Different configurations can be selected for small farms, medium-sized fields and larger potato production areas.

The current 2CM Series includes 1-row, 2-row, 3-row and 4-row configurations. Row spacing, seed potato spacing, planting depth and fertilizer application can be adjusted or confirmed according to local planting methods and customer requirements.

Main Agricultural Applications

• Mechanized potato planting
• Opening planting furrows
• Applying fertilizer during planting
• Placing seed potatoes at controlled intervals
• Covering seed potatoes with soil
• Forming potato ridges
• Reducing manual planting labour
• Improving planting consistency
• Preparing uniform potato rows
• Supporting medium and large potato farming operations

How the 2CM Potato Planter Works

The potato planter is connected to the tractor through the rear three-point hitch. During field operation, the planter ground wheels drive the mechanical planting and fertilizer-metering systems.

The furrow openers first create planting furrows at the required depth. Seed potatoes stored in the main hopper are collected by the cup-chain delivery system and transported toward the planting tubes.

The seed potatoes are then released into the furrows at controlled intervals. A separate fertilizer system can distribute fertilizer near the planting rows according to local agronomic requirements.

After seed potato placement, the rear covering and ridging components close the planting furrows and form suitable ridges over the planted seed potatoes.

Main Product Features

• Multiple Operations in One Pass: Completes furrow opening, fertilizing, seed potato placement, covering and ridging during the same field operation.
• 1-4 Row Configurations: Current 2CM options include one-row, two-row, three-row and four-row potato planters.
• Adjustable Row Spacing: The planting configuration can be adapted to different potato production systems and local planting methods.
• Adjustable Seed Potato Spacing: Planting transmission settings can be adjusted according to the required plant population.
• Cup-Chain Delivery System: Seed potatoes are carried from the hopper to the planting tubes through planting cups.
• Three-Point Mounted Structure: Connects directly to compatible agricultural tractors through the rear linkage.
• Fertilizer Application: A separate fertilizer system can apply fertilizer during potato planting.
• Ridge Formation: Rear covering components close the planting furrow and create potato ridges after seed placement.
• Ground-Wheel Drive: The standard mechanical planting system is normally driven by the planter ground wheels.
• OEM Support: Color, logo, planting rows, row spacing and selected hopper configurations can be customized according to order requirements.

Available 2CM Model Configurations

The 20-80HP range is a general reference for the current 2CM Series. Final tractor matching must be confirmed according to planting rows, row spacing, total machine width, hopper capacity, machine weight, soil resistance and tractor rear lifting capacity.

Technical Parameters to Be Confirmed

How to Choose the Correct Number of Planting Rows

The correct row quantity depends on much more than tractor horsepower. A wider planter usually increases total machine weight, hopper size, rear lifting requirement and turning-space requirement.

Buyers should consider:

• Tractor horsepower
• Tractor operating weight
• Rear lifting capacity
• Tractor tire spacing
• Required row spacing
• Farm size
• Field width and turning space
• Required planting capacity
• Soil resistance
• Seed potato and fertilizer hopper requirements

2CM-1 One-Row Potato Planter

The 2CM-1 is the most compact configuration in the current series. It is suitable for small farms, gardens, narrow fields and buyers who require a simple mechanized potato planting solution.

Its narrow working structure can be useful where field access and tractor maneuverability are more important than maximum planting capacity.

2CM-2 Two-Row Potato Planter

The 2CM-2 increases planting capacity while maintaining a practical structure for small and medium potato farms.

The two-row configuration can reduce the number of field passes compared with one-row planting, while still offering good maneuverability on many medium-sized fields.

2CM-3 Three-Row Potato Planter

The 2CM-3 is intended for buyers who require higher planting capacity on medium-sized potato production fields.

Because total machine width, hopper capacity and weight increase with a wider configuration, tractor rear lift and front-to-rear weight balance should be checked before final selection.

2CM-4 Four-Row Potato Planter

The 2CM-4 is the widest current row configuration and is intended for larger fields where higher planting efficiency is required.

A suitable tractor must provide enough rear lifting capacity, operating weight and field stability for the selected four-row planter configuration.

Front counterweights may be required depending on tractor weight distribution, hopper size and machine weight.

Recommended Tractor Matching

50HP Tractor

A 50HP tractor can be considered for suitable 2CM configurations after confirming row quantity, machine weight, rear lifting capacity and actual field conditions.

Because BSM does not publish a fixed row-to-horsepower table for every 2CM configuration, the final model should be selected according to the complete tractor and planter specification.

View BSM 50HP Four-Wheel Tractor

70HP Tractor

A 70HP 4WD tractor provides greater traction, rear implement capacity and field flexibility for medium potato farms.

It can be evaluated for wider 2CM configurations after checking rear lifting capacity, row spacing, hopper size and machine weight.

View BSM 70HP 4WD Farm Tractor

For more 70HP implement matching information:

What Implements Can a 70HP Tractor Use? Complete Matching Guide

80HP Tractor

An 80HP 4WD tractor can be considered for higher-capacity 2CM configurations where wider planting coverage or larger hopper capacity is required.

Final matching should still consider the actual planter configuration, filled hopper weight, rear lifting capacity and field conditions.

View BSM 80HP 4WD Farm Tractor

Why Seed Potato Spacing Matters

Seed potato spacing directly affects plant population and the available growing space for each potato plant.

Spacing should be selected according to:

• Seed potato size
• Potato variety
• Row spacing
• Target plant population
• Soil fertility
• Local agronomic practice
• Expected tuber size

The planting transmission should be calibrated before continuous field operation to confirm that seed potatoes are being placed at the intended interval.

Why Planting Depth Matters

Planting depth affects emergence, soil moisture around the seed potato, ridge formation and later field management.

The correct depth depends on:

• Soil type
• Soil moisture
• Seed potato size
• Local climate
• Ridge height
• Planting method

Operators should check actual planting depth after the first field passes and adjust the planter when required.

Why Row Spacing Matters

Row spacing should match local potato production practices, tractor wheel track and later field-management equipment.

If the row spacing is not coordinated with tractor tire spacing, later spraying, cultivation or harvesting operations may become more difficult.

Fertilizer Placement During Potato Planting

The 2CM Series can apply fertilizer during the same field operation as planting.

Fertilizer placement should follow local agronomic requirements and should avoid excessive direct contact between concentrated fertilizer and seed potatoes.

Before field operation, buyers should confirm:

• Fertilizer type
• Required application rate
• Fertilizer placement position
• Fertilizing depth
• Local crop recommendations

Why the Cup-Chain Delivery System Is Used

Potato seed pieces or seed tubers are much larger and more irregular than corn or wheat seeds.

For this reason, the 2CM planter uses planting cups to collect and carry seed potatoes from the hopper toward the planting tubes.

The cup-chain structure helps create a controlled and repeatable seed potato delivery process.

Ground-Wheel Drive vs PTO Drive

The standard mechanical planting system is normally driven by the planter ground wheels.

As the planter moves forward, ground-wheel rotation drives the planting transmission and fertilizer-metering mechanism.

This means tractor PTO power is generally not required for the standard mechanical planting process.

Before ordering, the final configuration should still be confirmed because customized versions may use different components.

Potato Planter vs Corn Planter

For maize, soybean and other row-crop planting:

View BSM 2BYF Series Corn Planter with Fertilizer for 20-80HP Tractors

Suitable Field Conditions

Prepared Farmland

The potato planter provides the best performance in fields that have already been ploughed, harrowed or rotary tilled.

Loose Cultivated Soil

Loose soil allows the furrow openers and ridging components to maintain more stable planting depth and form more consistent ridges.

Relatively Level Fields

A relatively level field surface helps the planting units maintain consistent seed potato placement and row alignment.

Low Surface Residue

Heavy straw and long crop residue should be chopped or removed before planting to reduce blockage around the planting units.

Field Preparation Before Potato Planting

Potato planting quality depends heavily on the condition of the soil before the planter enters the field.

A typical preparation sequence can include:

1. Deep soil loosening when needed: subsoiler
2. Primary tillage: mouldboard plough or disc plough
3. Secondary preparation: disc harrow
4. Fine seedbed preparation: rotary tiller when required
5. Planting: 2CM potato planter

For fine soil preparation before potato planting:

View BSM 1GQN Series Rotary Tiller for 25-100HP Tractors

For primary soil inversion:

View BSM Agricultural Furrow Plough for 40-120HP Tractors

Important Tractor Matching Factors

The tractor and planter should be selected as a complete working combination.

Important factors include:

• Engine horsepower
• Tractor operating weight
• Rear lifting capacity
• Hydraulic lifting performance
• Tractor tire spacing
• Planter row quantity
• Machine width
• Seed potato hopper capacity
• Fertilizer hopper capacity
• Soil resistance
• Field slope

For larger three-row or four-row configurations, front counterweights may be required depending on total machine weight and tractor weight distribution.

Operating Recommendations

• Check all frame bolts and linkage pins before operation
• Inspect planting cups and delivery chains
• Remove damaged or unsuitable seed potatoes before filling the hopper
• Calibrate seed potato spacing before continuous planting
• Calibrate fertilizer output before field operation
• Confirm planting depth before full-scale planting
• Maintain stable tractor speed
• Avoid sudden acceleration
• Avoid sharp turns while the planter is engaged
• Lift the machine before reversing
• Check planting depth and ridge shape regularly
• Clean the fertilizer hopper after daily operation
• Clean soil from working components
• Lubricate chains, sprockets and bearings regularly

Benefits of Mechanized Potato Planting

Mechanized potato planting reduces the manual labour required for furrow opening, seed potato placement, fertilizer application, soil covering and ridge formation.

More consistent seed spacing can help establish a more uniform crop population. Stable planting depth and ridge formation can also support more consistent emergence and later field management.

Combining several operations into one pass reduces repeated tractor travel and can improve planting efficiency during the limited potato planting season.

Complete Potato Mechanization Workflow

The 2CM Series can form part of a complete potato farming solution:

1. Soil loosening: subsoiler when required
2. Primary tillage: mouldboard or disc plough
3. Seedbed preparation: disc harrow or rotary tiller
4. Planting and fertilizing: 2CM potato planter
5. Crop management: suitable cultivator or sprayer when required
6. Harvesting: potato harvester after crop maturity

For field crop spraying:

View BSM Agricultural Boom Sprayer for 20-80HP Tractors

For mechanized potato harvesting:

View BSM 4U Series Potato Harvester for 20-80HP Tractors

Frequently Asked Questions

What Tractor Power Is Required?

The current 2CM Series is designed for tractors within an approximate 20-80HP range.

The final requirement depends on:

• Number of planting rows
• Machine weight
• Row spacing
• Hopper capacity
• Soil conditions
• Rear lifting capacity

Can the Machine Plant and Fertilize Together?

Yes. A fertilizer system can be installed so that potato planting and fertilizer application are completed during the same field operation.

Is Planting Depth Adjustable?

Yes. Planting depth can be adjusted according to seed potato size, soil conditions and local planting requirements.

Is Seed Potato Spacing Adjustable?

Yes. Seed potato spacing can be changed through the planting transmission and chain-drive configuration.

Can the Machine Form Potato Ridges?

Yes. Rear covering and ridging components close the planting furrow and form ridges after seed potato placement.

Does the Planter Require Tractor PTO Power?

The standard mechanical planting system is normally driven by the planter ground wheels, so tractor PTO power is generally not required.

Can BSM Customize the Number of Rows?

Yes. BSM can provide different row quantities, row spacing, planting cups, hopper sizes, fertilizer systems, colors and logos according to order requirements.

Can BSM Provide a Matching Tractor?

Yes. HENAN BEST Machinery (BSM) can recommend a tractor and potato planter combination according to the required planting rows, soil conditions, farm size and destination country.

What Information Should Buyers Provide?

To recommend a suitable 2CM configuration, please provide:

• Tractor model
• Tractor horsepower
• Rear lifting capacity
• Tractor tire spacing
• Required number of planting rows
• Required row spacing
• Seed potato size
• Required seed potato spacing
• Required planting depth
• Fertilizer requirement
• Farm area
• Soil conditions
• Field slope
• Destination country
• Purchase quantity

Why Choose BSM 2CM Potato Planter?

• Designed for approximately 20-80HP tractors
• 1-row, 2-row, 3-row and 4-row configurations
• Potato planting and fertilizing in one operation
• Adjustable planting depth
• Adjustable row spacing
• Adjustable seed potato spacing
• Cup-chain seed potato delivery system
• Furrow opening and soil covering
• Ridge formation after planting
• Three-point mounted tractor connection
• Ground-wheel-driven mechanical structure
• Tractor and planter matching support
• OEM color and logo customization
• Planting cups, chains and wearing parts support
• Export packaging and international shipping support

Contact HENAN BEST Machinery (BSM)

If you need a 2CM potato planter with fertilizer for a 20-80HP tractor, send BSM your tractor horsepower, rear lifting capacity, required planting rows, row spacing, seed potato size, planting depth, fertilizer requirement, farm area and soil conditions.

HENAN BEST Machinery (BSM) can recommend a suitable 2CM potato planter configuration according to your tractor and actual potato planting requirements.

Email: devina@hnbestmachine.com
WhatsApp: +86 15637153018
Website: https://www.cnbsmtractor.com/