PF60 / PF80 · PROFILE & FRAME SERIES
PF60 / PF80 Aluminum Profile & Sign Frame Bending Machines
Form aluminum profiles for sign frames, shaped lightboxes, mirror frames, and related applications. Choose PF60 for single-direction finished shapes or PF80 when both single- and bidirectional shapes are required.
Material processing height — PF60 and PF80
Material thickness
Single-direction / single- and bidirectional shape forming
Source radius threshold — confirm against profile and tooling
BUYER DECISION & FIT
How should a buyer choose between PF60 and PF80?
Start with application fit, then confirm the exact material, geometry, tooling, and delivery scope in the quotation. For route and file preparation, review /channel-letter-benders/material-guide and /channel-letter-benders/file-preparation before sending your profile drawing.
Best for
Aluminum-profile picture frames, mirror frames, shaped lightboxes, decorative strips, and other sign-frame work within the documented profile range.
Choose by finished-shape direction
Choose PF60 for single-direction shapes. Choose PF80 when the finished profile path requires single- and bidirectional forming; then confirm cross-section, alloy, wall thickness, radius, and roller tooling.
Not ideal for
Conventional channel-letter returns made from flat metal or mixed materials. Use a channel-letter route selected by material and process instead.
SPECIFICATIONS
PF60 vs. PF80
The defining model difference is shape direction: PF60 is for single-direction shapes, while PF80 supports both single- and bidirectional shapes. Both models support an 8–120 mm material processing height. Highlighting marks a difference, not a superior model. The mechanism rows pair each model's documented design features where the source terminology is not identical; use them as a comparison aid rather than proof of equivalent functions.
PF60
- Shape-forming directionMODEL DIFFERENCE
- Single-direction shapes
- Material processing height
- 8–120 mm
- Main applicationsMODEL DIFFERENCE
- Mirror frames, picture frames, and similar aluminum profiles
- Equipment powerMODEL DIFFERENCE
- 2000 W
- Machine sizeMODEL DIFFERENCE
- 1100 × 700 × 1400 mm
- Machine weightMODEL DIFFERENCE
- 450 kg
- Drive configurationMODEL DIFFERENCE
- Servo-motor drive
- Shape-path handlingMODEL DIFFERENCE
- Single-direction forming with closed-loop control
- Tool-change designMODEL DIFFERENCE
- Replaceable-tip design
- Material guidance and compressionMODEL DIFFERENCE
- Guided material-feed system
- Minimum arc-radius threshold
- 50 mm nominal threshold; confirm final profile and tooling fit
- Material thickness
- 0.6–1.2 mm
- Length accuracy
- 0.1 mm/m
PF80
- Shape-forming directionMODEL DIFFERENCE
- Single- and bidirectional shapes
- Material processing height
- 8–120 mm
- Main applicationsMODEL DIFFERENCE
- Frames, shaped lightboxes, decorative strips, and custom profiles
- Equipment powerMODEL DIFFERENCE
- 2200 W
- Machine sizeMODEL DIFFERENCE
- 2800 × 850 × 1200 mm
- Machine weightMODEL DIFFERENCE
- 330 kg
- Drive configurationMODEL DIFFERENCE
- Four servo motors and drives
- Shape-path handlingMODEL DIFFERENCE
- Bidirectional independent intelligent path recognition
- Tool-change designMODEL DIFFERENCE
- One-pull roller replacement
- Material guidance and compressionMODEL DIFFERENCE
- Whole-plate spring compression
- Minimum arc-radius threshold
- 50 mm nominal threshold; confirm final profile and tooling fit
- Material thickness
- 0.6–1.2 mm
- Length accuracy
- 0.1 mm/m
MODEL-SPECIFIC EVIDENCE
Inspect the Forming Path and Sample Output
These images come from the PF60 and PF80 product materials and show the documented machine mechanisms.
Multi-roller forming path
The model-specific image shows the roller assembly used to guide and form an aluminum profile. Roller tooling must be matched to the actual cross-section and confirmed in the quotation.
Gear transmission detail
The available product documentation identifies a precision gear-drive system. This model-specific image documents the gear train rather than using a generic mechanism illustration.
Formed profile sample
The source photo shows a heart-shaped aluminum-profile frame. It is application evidence, not a tolerance guarantee for every profile; send your own drawing for a feasibility check and recorded test.
PF SERIES FAQ
Questions to Resolve Before Ordering
What is the main difference between PF60 and PF80?
PF60 is for single-direction shapes. PF80 can form both single-direction and bidirectional shapes. Shape-forming direction describes the finished profile path, not the machine feed direction. Both models support an 8–120 mm material processing height, so choose the starting model by the finished shape direction first, then confirm the profile cross-section, alloy, wall thickness, radius, and roller tooling.
What material processing height do PF60 and PF80 support?
Both models support a material processing height of 8–120 mm. This is the material processing height, not the finished frame size or bending radius; send the actual profile cross-section and finished shape for tooling and model confirmation.
Which material is documented, and when should we compare another route?
The current product material documents aluminum profiles from 0.6 to 1.2 mm thick. Compare AP130 for dedicated aluminum profile, flat-aluminum, and folding-coil channel-letter work up to 130 mm, or MM for a broader multi-material channel-letter platform. Send the alloy and cross-section because thickness alone does not establish tooling or route suitability.
What should we send for a feasibility review?
Send a representative file plus the profile cross-section, alloy, wall thickness, dimensions, and required radius. SENQ will review feasibility and confirm any required material or tooling validation in the quotation.
REQUEST PF60 / PF80 PRICING
Confirm PF60 / PF80 for Your Production File
Tell us your finished-shape direction, profile cross-section, alloy, wall thickness, processing height, dimensions, target radius, and file. The quotation will confirm PF60 or PF80, matched roller tooling, utilities, included items, support scope, and commercial terms. Submit the form to send these requirements securely to SENQ CNC; share files only after a confirmed email or WhatsApp conversation.
RELEVANT ALTERNATIVES
