Cutting systems built around billet and line rhythm
Cutting is not only a saw selection. The correct system must match billet size, material condition, finished dimensions, transfer method, workshop space and required line output.
VERIFIED ENGINEERING DRAWINGHorizontal cutting, transfer and line connection
HENGDEENGINEERED AS ONE SYSTEM
±1 mmApplicable measured tolerance
Horizontal + verticalConnected cutting paths
New + retrofitProject directions
01
ENGINEERING LOGIC
The cut starts with six checks
HENGDE ENGINEERINGThe cut starts with six checks
01
Billet
Length, width, height, density and condition at cutting.
02
Product
Finished dimensions, tolerance, kerf and surface requirements.
03
Rhythm
Batch size, mould cycle, planned daily output and shift pattern.
04
Transfer
How the billet enters, rotates, peels, exits and reaches stacking.
05
Workshop
Rails, foundations, clearances, utilities and safe access.
06
Current bottleneck
Reciprocating saw speed, dimensional variation, handling delay or layout conflict.
02
SYSTEM ARCHITECTURE
Horizontal and vertical cutting as one connected section
The nine-station horizontal cutting drawing demonstrates multi-station engineering; final equipment and measured performance depend on the confirmed model and material conditions.
Engineering drawing, not a project photograph.
03
UPGRADE PATH
Improve an existing line without guessing
HENGDE REAL MEDIAImprove an existing line without guessing
01
Document the current line
Send billet dimensions, photos, cutting video, layout and actual daily output.
02
Identify the constraint
Separate saw speed, curing condition, transfer, staffing and layout causes.
03
Design the connected section
Confirm cutting, peeling, transfer, handling, controls and civil work together.
04
Verify before release
Use drawings, applicable measurements and the confirmed acceptance method.
BUYER QUESTIONS
Questions to answer before equipment selection
Is ±1 mm guaranteed for every material and machine?+
No. It is an applicable measured tolerance under the confirmed process and measurement conditions, not a universal promise.
Can a reciprocating-saw line be upgraded?+
It can be evaluated after the existing billet, material condition, cutting method, layout and target output are documented.
SEND YOUR PROJECT INFORMATION
Let engineering review the complete factory need
Tell us the project country, target product, local raw materials, planned output and current project stage.
Product, materials, capacity, factory and timeline
NEXT STEP
Start with your product, materials and project location
Engineering can only configure a practical line when the real production conditions are visible.
