
Precision Mini CNC Lathe Machine
This is 45° slant bed small CNC lathe specifically designed for short shafts, stepped shafts, disc parts, and tubular components. It adopts high-rigidity structure of "integral slant bed + linear guideways" and integrates pneumatic front feeding and vibratory bowl loading system, achieving seamless transition from single-part machining to high-volume automated production. This machine core-solves high-precision, high-efficiency, and "one operator, multiple machines" production requirements for short and small parts.

Specifications
|
Model |
0640 |
|
Feeding Method |
Front feeding (cylinder feeding) |
|
Filling Method |
Vibratory bowl feeder (optional elevator) |
|
Discharge Method |
Parts receiver + conveyor belt |
|
Workpiece Length |
10-80mm |
|
Bed Configuration |
Integral 45° slant bed with linear guideways |
|
Control System |
CNC system + PLC |
|
Spindle Structure |
Spindle unit (front 4 + rear 2 bearings) |
|
Spindle Nose |
A2-5 |
|
Spindle Speed |
50-3500 RPM |
|
Broached Through-Hole |
φ40mm (max. bar stock passage diameter) |
|
Clamping Method |
Hollow rotary hydraulic cylinder |
|
Spindle Fixture |
0640 collet chuck (optional hydraulic chuck) |
|
Motor Power |
4 KW/5.5 KW/7.5KW |
|
Tool Holder Type |
Gang tool post (optional servo turret) |
|
Chip Removal Method |
Rear chip discharge |
|
X/Z-axis Rapid Traverse Speed X/Z |
24m/min |
|
Maximum X/Z-axis Travel X/Z |
700mm/350mm |
|
Total Machine Weight |
Approx. 1300kg |
|
Overall Dimensions |
1850×1400×1800 (L×W×H) |
Scope of Application
Suitable for complex processes on short shafts, stepped shafts, disc-shaped parts, and tubular components, achieving precision automated machining.
Equipment Manufacturing Process
Phase 1: Requirement Analysis & Solution Confirmation
• Technical communication: In-depth communication with customer to clarify workpiece, material, production target, accuracy requirement, and automation need.
• Solution & quotation: Provide technical solution and commercial quotation.
• Contract signing: Sign sales contract, specifying all technical specifications, acceptance criteria, payment terms, and after-sales service provisions.
Phase 2: Production Preparation & Kick-off
• Project initiation: After receiving deposit, hold internal project kick-off meeting and issue Production Task Order.
• Procurement & material preparation: Purchase long-lead key components (e.g., spindle, CNC system). Release material for machining structural parts such as bed and housing.
Phase 3: Production Assembly & In-process Inspection
• Mechanical assembly: Complete assembly and leveling of core mechanical components including bed, guideways, spindle, and turret.
• Electrical assembly: Complete electrical cabinet wiring, sensor installation, and whole machine wiring.
• In-process inspection: Perform inspection at critical process steps (e.g., after spindle installation).
Phase 4: In-house Debugging & Pre-acceptance
• Comprehensive debugging: Conduct no-load run, function test, and test part cutting to ensure machine meets agreed requirements before shipment.
• Pre-acceptance: Invite customer (or via video) for in-house pre-acceptance to confirm machine performance.
• Final confirmation: After customer acceptance, customer pays remaining balance of machine.
Phase 5: Packing, Shipment & On-site Delivery
• Professional packing: Use wooden case packing per customer requirement.
• Logistics shipment: Arrange transportation, provide packing list and shipping waybill information.
Phase 6: Installation & Commissioning
• Installation & commissioning: Engineer performs on-site installation, leveling, wiring, debugging, and produces qualified parts.
• Training & handover: Provide systematic training to customer operator and maintenance personnel.
About Qiyang
Taizhou Qiyang Trading Co., Ltd. is a high-tech enterprise dedicated to the research and development, manufacturing, and sales of automated hardware machinery and precision CNC machine tools. By integrating advanced manufacturing expertise and technological resources from across the industry, the company is committed to providing global clients with high-quality machine tools and professional machining solutions.

FAQ
Q1: What materials is this machine suitable for? What is maximum machining size?
A: Suitable for copper, aluminum, 45# steel, stainless steel, and engineering plastics. Typical machining range: diameter Φ4-32 mm (customizable for larger size), length 10-80 mm (limited by front feeding). If customer mainly processes slender long shafts, rear feeding model is recommended.
Q2: Does vibratory bowl feeder cause jamming? How to ensure stability?
A: We use anti-jamming chute design and material shortage detection sensor. Before shipment, we customize and test chute for your specific part shape, and provide vibratory bowl adjustment training, ensuring extremely low jamming rate in batch production.
Q3: Can machine achieve "one operator, multiple machines" fully automatic production?
A: Yes, absolutely. This is core application scenario of this machine model. With automatic door, centralized chip removal, and remote monitoring system, operator only needs to periodically refill material and perform spot checks. Single operator can manage 3-5 machines.
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